Capability Graph Explorer

Validation Gate

The current report is computed from local graph data; CLI snapshots are kept as history.

npm run gate -- --target low_cost_parcel_sorting_robot_300k_rmb --dry-run

Latest / current report

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3/5 · Status: failed

Node maturity: 54/100 Prototype as of: 2026-04

Gate overall measures graph-modelling completeness. Node maturity measures real-world readiness. They are independent.

Generated at: 2026-06-12T04:34:50.296Z

Recommended Tasks

  • Review or replace weak parcel evidence records (high)
  • Add reviewed field or benchmark evidence to unsupported parcel claims (high)
  • Human reviewHuman-review unreviewed high and medium confidence parcel claims (high)
  • Decompose important parcel subsystem frontiers (medium)
  • Add reviewed field evidence for the product target (medium)

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

controlled_machine_vision_lighting: Controlled machine-vision lighting; low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; vision_latency_budget_and_timestamping: Vision latency budget and timestamping; barcode_ocr_no_read_recovery: Barcode / OCR no-read recovery; parcel_detection_and_tracking: Parcel detection and tracking; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; parcel_singulation_and_metering: Parcel singulation and metering; dynamic_gap_control_logic: Dynamic gap control logic; induction_exception_recovery: Induction exception recovery; jam_detection_and_recovery: Jam detection and recovery; maintenance_workflow: Maintenance workflow

5/5What key metrics determine progress?

total_system_cost: Total system cost — target 300,000 RMB; parcels_per_hour: Parcels per hour — current p50 1,500 (range 325–1,800) parcels/hour; target 1,500 parcels/hour; sorting_accuracy: Sorting accuracy — current p50 99 (range 98–99.5) %; target 99 %; allowed_parcel_weight_range: Allowed parcel weight range — current 0.003-35 kg adjacent benchmark envelope; v0 target remains 0.05-25 kg mixed parcels; target 0.05-25 kg; allowed_parcel_size_range: Allowed parcel size range — current 76 x 76 x 2.5 mm to 700 x 700 x 1200 mm adjacent benchmark envelope; v0 target longest dimension up to 700 mm; target longest dimension up to 700 mm; failure_jam_rate: Failure / jam rate — current p50 10 (range 1–20) events/1000 parcels; target 10 events/1000 parcels; human_intervention_rate: Human intervention rate — current p50 1 (range 0.5–4) %; target 1 %; installation_time: Installation time — current p50 5 (range 1–7) days; target 7 days; maintenance_cost: Maintenance cost — current p50 24,000 (range 12,000–45,000) RMB/year; target 18,000 RMB/year; payback_period: Payback period — current p50 36 (range 24–48) months; target 24 months

3/5What is the current estimated maturity?

prototype (59/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
0/5What breakthrough nodes are missing or only placeholders?

No placeholder breakthrough nodes found.

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_acc_sub2_abf_shortage_2021_2023: ABF Substrate Shortage Episodes 2021-2023: Supply Constraint Analysis [unreviewed, unknown, news]; ev_acc_sub2_ibiden_market_share: TrendForce Global IC Substrate Market Analysis 2025 [unreviewed, unknown, paper]; ev_acc_sub2_ibiden_abf_concentration: Ibiden Dominates Premium ABF Substrate Supply for AI Accelerators [unreviewed, unknown, news]; ev_acc_sub2_ibiden_capacity_expansion: Ibiden Substrate Capacity Expansion Timeline (Ono & Kawama Facilities) [unreviewed, unknown, news]; ev_acc_opt2_mitsubishi_laser_supply: Mitsubishi Electric expands EML/DFB laser production for regional datacom markets [unreviewed, unknown, news]; ev_acc_cp2_cdu_capacity_constraint: Datacenter Thermal Management: CDU Supply Constraints in 2024–2025 AI Buildout [unreviewed, high, paper]; ev_acc_cp2_schneider_electric_cooling: Schneider Electric Cooling Solutions for Data Centers [unreviewed, high, product_page]; ev_acc_optup_eml_supplier_concentration: EML/DFB Laser Device Supplier Concentration and Capacity Constraints [unreviewed, unknown, paper]; ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_robot_controller_io_child_cost_backfill_2025: Robot controller and I/O child cost allocation — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_robot_arm_body_cost_topstar_2026: Topstar 6/7 kg six-axis industrial robot public listing [unreviewed, low, vendor_claim]; ev_industrial_robot_arm_body_cost_grabarobot_2026: 6-axis robot price guide by payload and reach [unreviewed, low, expert_review]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_barcode_ocr_software_cost_backfill_2025: Barcode / OCR software cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_vision_compute_integration_cost_backfill_2025: Vision compute integration cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_aluminum_structural_material_cost_backfill_2025: Aluminum structural material cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_induction_spacing_cost_backfill_2025: Parcel induction and spacing cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_semiconductor_electronics_cost_backfill_2025: Semiconductor and electronics cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_servo_drive_child_cost_backfill_2025: Servo drive child-layer cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_refined_copper_conductor_cost_backfill_2025: Refined copper conductor allocation - 2025 estimate [unreviewed, low, internal_note]; ev_strain_wave_reducer_component_cost_backfill_2025: Strain-wave reducer component allocation - 2025 estimate [unreviewed, low, internal_note]; ev_alloy_steel_precision_material_cost_backfill_2025: Alloy steel precision material allocation - 2025 estimate [unreviewed, low, internal_note]; ev_servo_motor_material_cost_backfill_2025: Servo motor material-layer cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_servo_motor_component_cost_backfill_2025: Servo motor component-layer cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_vacuum_end_effector_child_cost_backfill_2025: Vacuum suction end-effector child cost allocation — 2025 estimate [unreviewed, low, internal_note]; ev_material_supply_chain_child_cost_backfill_2025: Material supply-chain child cost allocation — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_perf_abb_robotic_parcel_inductor_2026: Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_perf_wayzim_robotic_parcel_infeed_2026: Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_perf_mesh_xinduct_2026: XInduct High-Speed Robotic Induction System [unreviewed, medium, product_page]; ev_perf_robominds_titan_2026: TITAN robotic parcel singulation [unreviewed, medium, product_page]; ev_perf_ambisort_a_series_spec: AmbiSort A-Series V3 technical specifications [unreviewed, medium, product_page]; ev_perf_flostor_parcel_sortation_roi_2026: High-Speed Parcel Sortation Systems [unreviewed, low, expert_review]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_maintenance_robot_annual_cost_benchmark_2026: Annual Robot Maintenance Costs: What to Budget Beyond the Purchase Price [unreviewed, low, expert_review]; ev_maintenance_robot_cost_range_rcc_2026: Robot maintenance cost: full breakdown and savings [unreviewed, low, expert_review]; ev_maintenance_abb_robotics_service_2026: Maintenance [unreviewed, medium, product_page]; ev_maintenance_fanuc_pm_checklist_2023: Preventative Maintenance Checklist for your Fanuc Robot [unreviewed, medium, product_page]; ev_maintenance_conveyor_cost_factors_2026: Conveyor Cost & Pricing Guide [unreviewed, low, expert_review]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_compute_nvidia_jetson_orin_2026: NVIDIA Jetson Orin edge AI and robotics modules [unreviewed, medium, product_page]; ev_compute_intel_openvino_2026: Intel OpenVINO toolkit overview [unreviewed, medium, product_page]; ev_compute_advantech_edge_ai_systems_2026: Advantech edge AI systems [unreviewed, medium, product_page]; ev_compute_adlink_edge_ai_2026: ADLINK edge AI solutions [unreviewed, medium, product_page]; ev_compute_basler_pylon_sdk_2026: Basler pylon software for image capture [unreviewed, medium, product_page]; ev_compute_genicam_machine_vision_standards_2026: GenICam generic camera programming interface [unreviewed, medium, standard]; ev_ir_nvidia_nvda_2026: NVIDIA fiscal 2027 Q1 financial results [unreviewed, medium, news]; ev_ir_intel_intc_2026: Intel investor relations [unreviewed, medium, news]; ev_ir_advantech_2395_2026: Advantech investor important messages [unreviewed, medium, news]; ev_ir_adlink_6166_2026: ADLINK investor relations [unreviewed, medium, news]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]; ev_mfg_ifr_world_robotics_2025: World Robotics 2025 industrial robot statistics [unreviewed, high, expert_review]; ev_mfg_inovance_2024h1_robot_servo_share: Inovance Technology 2024 interim report [unreviewed, medium, historical_source]; ev_mfg_abb_robotic_parcel_inductor_2026: ABB Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_mfg_siemens_simatic_plc: SIMATIC Controllers [unreviewed, medium, product_page]; ev_robot_controller_io_siemens_et200_2026: SIMATIC ET 200 distributed I/O and distributed controllers [unreviewed, medium, product_page]; ev_robot_controller_io_inovance_ac703_2026: Inovance AC703 high-performance intelligent controller [unreviewed, medium, product_page]; ev_robot_controller_io_omron_nx_safety_2026: OMRON NX Safety controller and safety I/O system [unreviewed, medium, product_page]; ev_mfg_mitsubishi_plc_servo: Mitsubishi Electric Factory Automation controllers and servo systems [unreviewed, medium, product_page]; ev_mfg_rockwell_controllers_safety: Rockwell Automation programmable controllers and safety control products [unreviewed, medium, product_page]; ev_mfg_schneider_modicon_plc: Modicon PLC and PAC documentation [unreviewed, medium, product_page]; ev_inovance_annual_report_2024_investor_exposure: Inovance Annual Report 2024 announcement [unreviewed, medium, historical_source]; ev_siemens_annual_report_2025_digital_industries: Siemens Annual Report 2025 — Digital Industries segment [unreviewed, medium, historical_source]; ev_mitsubishi_integrated_report_2025_factory_automation: Mitsubishi Electric 2025 Integrated Report — Factory Automation Systems [unreviewed, medium, historical_source]; ev_rockwell_annual_report_2025_segment_sales: Rockwell Automation 2025 Annual Report — segment sales [unreviewed, medium, historical_source]; ev_schneider_fy2025_industrial_automation_results: Schneider Electric 2025 full-year results — Industrial Automation [unreviewed, medium, historical_source]; ev_mfg_nabtesco_precision_reducer_60_share: Nabtesco Precision Equipment Company profile [unreviewed, high, product_page]; ev_mfg_leaderdrive_harmonic_reducer_2024: Leaderdrive 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_china_reducer_share_low_confidence: China RV reducer supplier share summary [unreviewed, low, news]; ev_mfg_hikrobot_ipo_machine_vision_share: Hikrobot IPO inquiry reply materials [unreviewed, medium, historical_source]; ev_mfg_keyence_vision_safety_products: KEYENCE safety and machine-vision products [unreviewed, medium, product_page]; ev_mfg_cognex_machine_vision_code_readers: Cognex machine vision and barcode readers [unreviewed, medium, product_page]; ev_barcode_ocr_cognex_no_reads_2026: Cognex no-read guidance for industrial barcode readers [unreviewed, medium, expert_review]; ev_barcode_ocr_cognex_ocrmax_2026: Cognex OCRMax vision tool [unreviewed, medium, product_page]; ev_barcode_ocr_zebra_fis_mv_2025: Zebra fixed industrial scanning and logistics automation releases [unreviewed, medium, news]; ev_barcode_ocr_datalogic_logistics_2026: Datalogic logistics barcode and vision products [unreviewed, medium, product_page]; ev_barcode_ocr_sick_clv65x_2026: SICK CLV65x fixed-mount barcode scanner [unreviewed, medium, product_page]; ev_mfg_hikrobot_logistic_code_reader_2026: Hikrobot logistic code reader product page [unreviewed, medium, product_page]; ev_mfg_basler_industrial_cameras: Basler industrial cameras [unreviewed, medium, product_page]; ev_mfg_opt_machine_vision_components: OPT Machine Vision products [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pads: SMC vacuum pads catalog [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_end_effectors: Schmalz vacuum end effectors VEE [unreviewed, medium, product_page]; ev_mfg_piab_suction_cups_soft_grippers: Piab suction cups and soft grippers [unreviewed, medium, product_page]; ev_mfg_festo_end_of_arm_tooling: Festo end-of-arm tooling [unreviewed, medium, product_page]; ev_mfg_onrobot_vacuum_grippers: OnRobot vacuum grippers [unreviewed, medium, product_page]; ev_mfg_wayzim_robotic_parcel_infeed_2026: Wayzim Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_mfg_wayzim_crossbelt_sorter_2026: Wayzim cross-belt sorter overview [unreviewed, medium, product_page]; ev_mfg_dematic_sortation_controls: Dematic automated sortation systems [unreviewed, medium, product_page]; ev_mfg_vanderlande_parcel_sorting: Vanderlande parcel sorting systems [unreviewed, medium, product_page]; ev_mfg_daifuku_sorting_systems: Daifuku sorting systems [unreviewed, medium, product_page]; ev_mfg_honeywell_sortation_momentum_2026: Honeywell sortation systems and Momentum warehouse execution software [unreviewed, medium, product_page]; ev_mfg_manhattan_wms_gartner_2024: Manhattan Associates named a Leader in the 2024 Gartner Magic Quadrant for WMS [unreviewed, medium, news]; ev_mfg_sick_safety_light_curtains: SICK C4000 safety light curtains [unreviewed, medium, product_page]; ev_mfg_omron_safety_light_curtain: OMRON F3SG safety light curtain [unreviewed, medium, product_page]; ev_mfg_sick_photoelectric_sensors_2026: SICK photoelectric sensors [unreviewed, medium, product_page]; ev_mfg_omron_conveyor_sensing_2026: OMRON sensing solutions [unreviewed, medium, product_page]; ev_mfg_leuze_safety_sensors: Leuze safety sensors product overview [unreviewed, medium, product_page]; ev_mfg_leuze_conveyor_object_detection_2026: Leuze dynamic reference diffuse sensors [unreviewed, medium, product_page]; ev_mfg_siemens_motion_control_encoders_2026: Siemens motion control drives and encoder measuring systems [unreviewed, medium, product_page]; ev_mfg_iea_rare_earth_2026: Rare Earth Elements executive summary [unreviewed, high, expert_review]; ev_mfg_jlmag_esg_2024: JL MAG 2024 ESG report [unreviewed, medium, historical_source]; ev_mfg_zhongke_sanhuan_2024_report: Zhong Ke San Huan 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_ningbo_yunsheng_capacity: Ningbo Yunsheng company profile [unreviewed, medium, product_page]; ev_mfg_china_northern_rare_earth_2024: Sales at China Northern Rare Earth rise in 2024 [unreviewed, medium, news]; ev_mfg_mp_materials_mountain_pass: MP Materials Mountain Pass [unreviewed, medium, product_page]; ev_mfg_lynas_rare_earths_2024: Lynas Rare Earths 2024 annual report [unreviewed, medium, historical_source]; ev_usgs_heavy_rare_earths_2026: Mineral Commodity Summaries 2026: Rare Earths (Heavy) [unreviewed, medium, historical_source]; ev_mfg_lynas_heavy_rare_earth_products: Lynas heavy rare-earth product page [unreviewed, medium, product_page]; ev_mfg_china_rare_earth_resources_snapshot_2025: China Rare Earth Group Resources and Technology company snapshot [unreviewed, medium, historical_source]; ev_mfg_xiamen_tungsten_profile: Xiamen Tungsten company profile [unreviewed, medium, product_page]; ev_induction_bastian_gapping_conveyor_2026: Gapping Belt Induction [unreviewed, medium, product_page]; ev_mfg_interroll_mcp_play_2026: Interroll MCP PLAY modular conveyor platform [unreviewed, medium, product_page]; ev_mfg_honeywell_irregulars_sorter_2026: Honeywell Momentum Core and IntelliSort Irregulars Sorter announcement [unreviewed, medium, news]; ev_mfg_daifuku_sorting_picking_systems_2026: Daifuku sorting and picking systems [unreviewed, medium, product_page]; ev_power_infineon_servo_drives_2026: Servo motor drive and control [unreviewed, medium, product_page]; ev_power_st_servo_motor_drives_2026: Servo motor drives [unreviewed, medium, product_page]; ev_power_onsemi_ipm_motor_drive_2026: Intelligent Power Modules for motor drives [unreviewed, medium, product_page]; ev_current_ti_tmcs1133_2026: TMCS1133 isolated Hall-effect current sensor [unreviewed, medium, product_page]; ev_current_allegro_current_sensors_2026: Allegro high-performance current sensor portfolio expansion [unreviewed, medium, news]; ev_current_lem_industrial_drives_2026: Industrial drives current measurement [unreviewed, medium, product_page]; ev_yaskawa_sigma_x_servo_sto_2026: Sigma-X servo products [unreviewed, medium, product_page]; ev_inovance_sv670_servo_sto_2026: SV670 Series high-performance servo drive [unreviewed, medium, product_page]; ev_mitsubishi_power_modules_motion_control_2026: Power Devices Applications: Motion Control [unreviewed, medium, product_page]; ev_harmonic_drive_strain_wave_principle_2026: Principle of HarmonicDrive [unreviewed, medium, product_page]; ev_leaderdrive_strain_wave_gears_2026: Strain Wave Gears [unreviewed, medium, product_page]; ev_thk_cross_roller_ring_robot_joints_2026: Cross-Roller Ring [unreviewed, medium, product_page]; ev_nsk_robotics_bearings_2026: Robotic Automation [unreviewed, medium, product_page]; ev_schaeffler_industrial_automation_bearings_2026: Industrial Automation Solutions [unreviewed, medium, product_page]; ev_citic_special_steel_bearing_2026: CITIC Pacific Special Steel - Advanced Materials [unreviewed, medium, historical_source]; ev_baosteel_special_material_bearing_2026: Baosteel Special Material product overview [unreviewed, medium, product_page]; ev_nippon_steel_bar_wire_rod_2026: SteeLinC bar and wire rod materials [unreviewed, medium, product_page]; ev_ir_nippon_steel_stock_code_2026: Investor FAQs [unreviewed, medium, historical_source]; ev_mfg_chalco_aluminum_profile_2026: Chalco company profile [unreviewed, medium, product_page]; ev_mfg_alcoa_bauxite_alumina_aluminum_2026: Alcoa investor FAQ [unreviewed, medium, historical_source]; ev_mfg_norsk_hydro_aluminum_chain_2026: Hydro business overview [unreviewed, medium, product_page]; ev_ir_norsk_hydro_share_2026: The Hydro share [unreviewed, medium, historical_source]; ev_mfg_baosteel_electrical_steel_2026: Baosteel non-oriented electrical steel product materials [unreviewed, medium, product_page]; ev_mfg_nippon_steel_electrical_steel_2022: Nippon Steel electrical steel sheets EcoLeaf certification announcement [unreviewed, medium, product_page]; ev_mfg_posco_electrical_steel_2026: POSCO electrical steel catalog [unreviewed, medium, product_page]; ev_mfg_heidenhain_servomotor_encoders_2026: HEIDENHAIN drive systems and encoders for servomotors [unreviewed, medium, product_page]; ev_mfg_renishaw_position_encoders_2026: Renishaw encoders for position and motion control [unreviewed, medium, product_page]; ev_mfg_tamagawa_servo_resolver_encoder_2026: Tamagawa Seiki servo motors and encoder/resolver options [unreviewed, medium, product_page]; ev_mfg_skf_electric_motor_bearings_2026: SKF rolling bearings and seals in electric motors and generators [unreviewed, medium, product_page]; ev_mfg_ntn_electric_motor_bearings_2026: NTN electric motor bearings [unreviewed, medium, product_page]; ev_mfg_amphenol_m23_motiongrade_2026: Amphenol MotionGrade M23 connector systems [unreviewed, medium, product_page]; ev_mfg_te_micro_motor_connectors_2026: TE Connectivity micro motor connectors [unreviewed, medium, product_page]; ev_mfg_molex_robot_servo_connectors_2026: Molex industrial robot connectors and servo motor drive connectors [unreviewed, medium, product_page]; ev_mfg_kendrion_pm_servo_brake_2026: Kendrion PM Line permanent magnet brake [unreviewed, medium, product_page]; ev_mfg_mayr_servostop_servo_brake_2026: mayr ROBA servostop Classic safety brake for servomotors [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_equipment_2026: SMC vacuum ejectors and vacuum equipment catalog [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pressure_switches_2026: SMC compact digital pressure switch ZSE10(F)/ISE10 [unreviewed, medium, product_page]; ev_mfg_festo_suction_cups_2026: Festo vacuum suction cups [unreviewed, medium, product_page]; ev_mfg_festo_vacuum_generators_2026: Festo vacuum generators [unreviewed, medium, product_page]; ev_mfg_festo_pressure_sensors_2026: Festo pressure sensors and vacuum sensors [unreviewed, medium, product_page]; ev_mfg_festo_solenoid_valves_2026: Festo solenoid valves [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_generators_2026: Schmalz vacuum generation and monitoring [unreviewed, medium, product_page]; ev_mfg_piab_inline_ejectors_2026: Piab inline ejectors [unreviewed, medium, product_page]; ev_mfg_ckd_vacuum_burst_unit_2026: CKD vacuum burst unit VSLF [unreviewed, medium, product_page]; ev_mfg_airtac_pneumatic_valves_2026: AirTAC pneumatic control valve EAV series [unreviewed, medium, product_page]; ev_mfg_ifm_pressure_vacuum_sensors_2026: ifm pressure sensors and vacuum sensors [unreviewed, medium, product_page]; ev_mfg_sick_pac50_pressure_sensors_2026: SICK PAC50 pressure sensor applications [unreviewed, medium, product_page]; ev_mfg_wacker_silicone_rubber_2026: WACKER ELASTOSIL silicone rubber [unreviewed, medium, product_page]; ev_mfg_dow_silicone_elastomers_2026: Dow SILASTIC high consistency silicone rubber [unreviewed, medium, product_page]; ev_mfg_shin_etsu_silicone_rubber_2026: Shin-Etsu silicone rubber compounds [unreviewed, medium, product_page]; ev_mfg_dupont_elastomers_2026: DuPont TPSiV thermoplastic elastomers [unreviewed, medium, product_page]; ev_abb_robotics_softbank_divestiture_2025: ABB to divest Robotics division to SoftBank Group [unreviewed, medium, news]; ev_fanuc_integrated_report_2025_robot_business: FANUC Integrated Report 2025 [unreviewed, medium, historical_source]; ev_estun_annual_report_2024_robotics_segment: Estun Automation 2024 annual report [unreviewed, medium, historical_source]; ev_yaskawa_report_2025_robotics_business: Yaskawa Report 2025 [unreviewed, medium, historical_source]; ev_abb_annual_reporting_suite_2025_robotics_revenue: ABB Annual Reporting Suite 2025 - Robotics discontinued operations [unreviewed, medium, historical_source]; ev_keyence_fy2025_financial_results: KEYENCE FY2025 financial results materials [unreviewed, medium, historical_source]; ev_cognex_2025_10k_revenue: Cognex 2025 Form 10-K [unreviewed, medium, historical_source]; ev_smc_integrated_report_2025_net_sales: SMC Integrated Report 2025 [unreviewed, medium, historical_source]; ev_kion_annual_report_2025_scs_revenue: KION Group Annual Report 2025 [unreviewed, medium, historical_source]; ev_honeywell_wws_strategic_alternatives_2025: Honeywell strategic alternatives for PSS and Warehouse and Workflow Solutions [unreviewed, medium, news]; ev_tsmc_annual_report_2025_foundry_scale: TSMC 2025 Annual Report [unreviewed, medium, historical_source]; ev_smic_2025_financial_summary: SMIC 2025 financial summary [unreviewed, low, historical_source]; ev_infineon_fy2025_revenue: Infineon FY2025 results press release [unreviewed, medium, historical_source]; ev_wacker_polysilicon_annual_report_2025: Wacker Chemie Annual Report 2025 - Polysilicon segment [unreviewed, medium, historical_source]; ev_gcl_technology_granular_silicon_share_2025: GCL Technology 1H 2025 granular silicon results [unreviewed, medium, news]; ev_jiangxi_copper_company_profile_2026: Jiangxi Copper company profile [unreviewed, medium, product_page]; ev_jiangxi_copper_annual_report_2025: Jiangxi Copper 2025 Annual Report [unreviewed, medium, historical_source]; ev_zijin_mining_2025_results: Zijin Mining 2025 results [unreviewed, medium, historical_source]; ev_freeport_mcmoran_2025_annual_report: Freeport-McMoRan 2025 results exhibit [unreviewed, medium, historical_source]; ev_worldsteel_steel_in_figures_2025: World Steel in Figures 2025 [unreviewed, medium, historical_source]; ev_arcelormittal_annual_report_2025: ArcelorMittal 2025 Annual Report [unreviewed, medium, historical_source]; ev_manufacturing_process_cost_backfill_2025: Manufacturing process cost allocation backfill - 2025 estimate [unreviewed, low, internal_note]; ev_tok_corporate_profile_2025_photoresist: Tokyo Ohka Kogyo corporate outline [unreviewed, medium, historical_source]; ev_shin_etsu_annual_report_2025_semiconductor_materials: Shin-Etsu Chemical Annual Report 2025 semiconductor materials [unreviewed, medium, historical_source]; ev_jsr_semiconductor_materials_2025: JSR electronic materials and semiconductor lithography materials [unreviewed, medium, product_page]; ev_ase_full_year_2025_results: ASE Technology full-year 2025 results [unreviewed, medium, historical_source]; ev_amkor_annual_report_2025: Amkor Technology 2025 financial results and annual report [unreviewed, medium, historical_source]; ev_ibiden_integrated_report_2025_ic_package_substrates: IBIDEN Integrated Report 2025 [unreviewed, medium, historical_source]; ev_semiconductor_material_process_cost_backfill_2025: Semiconductor photoresist and lithography chemical cost allocation backfill - 2025 estimate [unreviewed, low, internal_note]; ev_semiconductor_packaging_cost_backfill_2025: Semiconductor packaging and substrate cost allocation backfill - 2025 estimate [unreviewed, low, internal_note]; ev_raw_metal_supply_chain_cost_backfill_2025: Raw metal supply-chain cost allocation backfill - 2025 estimate [unreviewed, low, internal_note]

Missing Evidence
  • 226 scoped evidence records are weak or unreviewed.
  • 637 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 13 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): p50=469.1k, range=239.6k–946.7k Target cost (RMB): p50=300.0k Coverage gap: 0 node(s) Earliest costAsOf: 2025 Rolled-up p50 469.1k vs target p50 300.0k → distance 56.4%.

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_base_installation_alignment_process: Robot base installation and alignment process; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; robot_base_mounting_structure_cost: Robot base mounting structure cost; low_cost_realtime_vision_compute_integration_cost: Low-cost real-time vision compute integration cost; conveyor_integration_cost: Conveyor integration hardware cost; plc_and_wcs_integration_cost: PLC and WCS integration cost; mechanical_structure_cost: Mechanical structure cost; modular_cell_manufacturing_cost: Modular cell manufacturing process cost; robot_arm_assembly_process_cost: Robot arm assembly process cost; servo_motor_assembly_and_test_process_cost: Servo motor assembly and test process cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; robot_safety_io_interface: Robot safety I/O interface; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; warehouse_machine_safety_standard: Warehouse machine safety standard; org_rockwell_automation: Rockwell Automation; org_keyence: KEYENCE; org_sick: SICK; org_omron: OMRON; org_leuze: Leuze; servo_drive_safety_sto_cost: Servo drive Safe Torque Off cost

0/5What downstream capabilities would be unlocked if a key bottleneck is solved?

No downstream unlocked nodes found.

1/5What should be researched or added next?

high: Review or replace weak parcel evidence records - 226 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_acc_sub2_abf_shortage_2021_2023, ev_acc_sub2_ibiden_market_share, ev_acc_sub2_ibiden_abf_concentration, ev_acc_sub2_ibiden_capacity_expansion, ev_acc_opt2_mitsubishi_laser_supply (+221 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 637 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+172 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+455 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 588 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_edge_ai_computer, vision_model_deployment_optimization, vision_inference_runtime_stack (+123 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+455 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, industrial_edge_ai_computer (+285 more). Expected node kinds: engineering_method, metric, bottleneck, evidence. Expand vision_barcode_label_recognition first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 226 scoped evidence records are weak or unreviewed.
  • 637 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 13 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

parcel_sorting_robot_with_gripper_300k_rmb: 300,000 RMB parcel-sorting robot (gripper variant); delta_robot_sorting: Delta robot sorter candidate; conveyor_diverter_sorting: Conveyor diverter sorter candidate; mobile_robot_sorting: Mobile robot sorter candidate; hybrid_human_robot_assisted_sorting: Hybrid human-robot assisted sorter candidate; low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; vision_barcode_label_recognition: Vision / barcode / label recognition; industrial_edge_ai_computer: Industrial edge-AI computer; vision_model_deployment_optimization: Vision model deployment optimization; vision_inference_runtime_stack: Vision inference runtime stack; camera_sdk_frame_acquisition_pipeline: Camera SDK frame acquisition pipeline; fanless_compute_thermal_management: Fanless compute thermal management; parcel_label_localization: Parcel label localization; industrial_barcode_decoding_runtime: Industrial barcode decoding runtime; parcel_ocr_model_runtime: Parcel OCR model runtime; barcode_ocr_no_read_recovery: Barcode / OCR no-read recovery; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: Vacuum suction end-effector module

Missing Evidence
  • 226 scoped evidence records are weak or unreviewed.
  • 637 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 13 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Historical Reports

Older reports are stale snapshots. Expand one only when comparing past gate output.

Stale 2026-06-07T21:35:34.121Z · Gate overall (evidence/coverage): 3/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3/5 · Status: failed

Generated at: 2026-06-07T21:35:34.121Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

controlled_machine_vision_lighting: Controlled machine-vision lighting; low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; vision_latency_budget_and_timestamping: Vision latency budget and timestamping; barcode_ocr_no_read_recovery: Barcode / OCR no-read recovery; parcel_detection_and_tracking: Parcel detection and tracking; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; parcel_singulation_and_metering: Parcel singulation and metering; dynamic_gap_control_logic: Dynamic gap control logic; induction_exception_recovery: Induction exception recovery; jam_detection_and_recovery: Jam detection and recovery; maintenance_workflow: Maintenance workflow

5/5What key metrics determine progress?

total_system_cost: Total system cost — target 300,000 RMB; parcels_per_hour: Parcels per hour — current p50 1,500 (range 325–1,800) parcels/hour; target 1,500 parcels/hour; sorting_accuracy: Sorting accuracy — current p50 99 (range 98–99.5) %; target 99 %; allowed_parcel_weight_range: Allowed parcel weight range — current 0.003-35 kg adjacent benchmark envelope; v0 target remains 0.05-25 kg mixed parcels; target 0.05-25 kg; allowed_parcel_size_range: Allowed parcel size range — current 76 x 76 x 2.5 mm to 700 x 700 x 1200 mm adjacent benchmark envelope; v0 target longest dimension up to 700 mm; target longest dimension up to 700 mm; failure_jam_rate: Failure / jam rate — current p50 10 (range 1–20) events/1000 parcels; target 10 events/1000 parcels; human_intervention_rate: Human intervention rate — current p50 1 (range 0.5–4) %; target 1 %; installation_time: Installation time — current p50 5 (range 1–7) days; target 7 days; maintenance_cost: Maintenance cost — current p50 24,000 (range 12,000–45,000) RMB/year; target 18,000 RMB/year; payback_period: Payback period — current p50 36 (range 24–48) months; target 24 months

3/5What is the current estimated maturity?

prototype (59/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
0/5What breakthrough nodes are missing or only placeholders?

No placeholder breakthrough nodes found.

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_robot_controller_io_child_cost_backfill_2025: Robot controller and I/O child cost allocation — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_robot_arm_body_cost_topstar_2026: Topstar 6/7 kg six-axis industrial robot public listing [unreviewed, low, vendor_claim]; ev_industrial_robot_arm_body_cost_grabarobot_2026: 6-axis robot price guide by payload and reach [unreviewed, low, expert_review]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_barcode_ocr_software_cost_backfill_2025: Barcode / OCR software cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_vision_compute_integration_cost_backfill_2025: Vision compute integration cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_aluminum_structural_material_cost_backfill_2025: Aluminum structural material cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_induction_spacing_cost_backfill_2025: Parcel induction and spacing cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_semiconductor_electronics_cost_backfill_2025: Semiconductor and electronics cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_servo_drive_child_cost_backfill_2025: Servo drive child-layer cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_refined_copper_conductor_cost_backfill_2025: Refined copper conductor allocation - 2025 estimate [unreviewed, low, internal_note]; ev_strain_wave_reducer_component_cost_backfill_2025: Strain-wave reducer component allocation - 2025 estimate [unreviewed, low, internal_note]; ev_alloy_steel_precision_material_cost_backfill_2025: Alloy steel precision material allocation - 2025 estimate [unreviewed, low, internal_note]; ev_servo_motor_material_cost_backfill_2025: Servo motor material-layer cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_servo_motor_component_cost_backfill_2025: Servo motor component-layer cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_vacuum_end_effector_child_cost_backfill_2025: Vacuum suction end-effector child cost allocation — 2025 estimate [unreviewed, low, internal_note]; ev_material_supply_chain_child_cost_backfill_2025: Material supply-chain child cost allocation — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_perf_abb_robotic_parcel_inductor_2026: Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_perf_wayzim_robotic_parcel_infeed_2026: Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_perf_mesh_xinduct_2026: XInduct High-Speed Robotic Induction System [unreviewed, medium, product_page]; ev_perf_robominds_titan_2026: TITAN robotic parcel singulation [unreviewed, medium, product_page]; ev_perf_ambisort_a_series_spec: AmbiSort A-Series V3 technical specifications [unreviewed, medium, product_page]; ev_perf_flostor_parcel_sortation_roi_2026: High-Speed Parcel Sortation Systems [unreviewed, low, expert_review]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_maintenance_robot_annual_cost_benchmark_2026: Annual Robot Maintenance Costs: What to Budget Beyond the Purchase Price [unreviewed, low, expert_review]; ev_maintenance_robot_cost_range_rcc_2026: Robot maintenance cost: full breakdown and savings [unreviewed, low, expert_review]; ev_maintenance_abb_robotics_service_2026: Maintenance [unreviewed, medium, product_page]; ev_maintenance_fanuc_pm_checklist_2023: Preventative Maintenance Checklist for your Fanuc Robot [unreviewed, medium, product_page]; ev_maintenance_conveyor_cost_factors_2026: Conveyor Cost & Pricing Guide [unreviewed, low, expert_review]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_compute_nvidia_jetson_orin_2026: NVIDIA Jetson Orin edge AI and robotics modules [unreviewed, medium, product_page]; ev_compute_intel_openvino_2026: Intel OpenVINO toolkit overview [unreviewed, medium, product_page]; ev_compute_advantech_edge_ai_systems_2026: Advantech edge AI systems [unreviewed, medium, product_page]; ev_compute_adlink_edge_ai_2026: ADLINK edge AI solutions [unreviewed, medium, product_page]; ev_compute_basler_pylon_sdk_2026: Basler pylon software for image capture [unreviewed, medium, product_page]; ev_compute_genicam_machine_vision_standards_2026: GenICam generic camera programming interface [unreviewed, medium, standard]; ev_ir_nvidia_nvda_2026: NVIDIA fiscal 2027 Q1 financial results [unreviewed, medium, news]; ev_ir_intel_intc_2026: Intel investor relations [unreviewed, medium, news]; ev_ir_advantech_2395_2026: Advantech investor important messages [unreviewed, medium, news]; ev_ir_adlink_6166_2026: ADLINK investor relations [unreviewed, medium, news]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]; ev_mfg_ifr_world_robotics_2025: World Robotics 2025 industrial robot statistics [unreviewed, high, expert_review]; ev_mfg_inovance_2024h1_robot_servo_share: Inovance Technology 2024 interim report [unreviewed, medium, historical_source]; ev_mfg_abb_robotic_parcel_inductor_2026: ABB Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_mfg_siemens_simatic_plc: SIMATIC Controllers [unreviewed, medium, product_page]; ev_robot_controller_io_siemens_et200_2026: SIMATIC ET 200 distributed I/O and distributed controllers [unreviewed, medium, product_page]; ev_robot_controller_io_inovance_ac703_2026: Inovance AC703 high-performance intelligent controller [unreviewed, medium, product_page]; ev_robot_controller_io_omron_nx_safety_2026: OMRON NX Safety controller and safety I/O system [unreviewed, medium, product_page]; ev_mfg_mitsubishi_plc_servo: Mitsubishi Electric Factory Automation controllers and servo systems [unreviewed, medium, product_page]; ev_mfg_rockwell_controllers_safety: Rockwell Automation programmable controllers and safety control products [unreviewed, medium, product_page]; ev_mfg_schneider_modicon_plc: Modicon PLC and PAC documentation [unreviewed, medium, product_page]; ev_mfg_nabtesco_precision_reducer_60_share: Nabtesco Precision Equipment Company profile [unreviewed, high, product_page]; ev_mfg_leaderdrive_harmonic_reducer_2024: Leaderdrive 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_china_reducer_share_low_confidence: China RV reducer supplier share summary [unreviewed, low, news]; ev_mfg_hikrobot_ipo_machine_vision_share: Hikrobot IPO inquiry reply materials [unreviewed, medium, historical_source]; ev_mfg_keyence_vision_safety_products: KEYENCE safety and machine-vision products [unreviewed, medium, product_page]; ev_mfg_cognex_machine_vision_code_readers: Cognex machine vision and barcode readers [unreviewed, medium, product_page]; ev_barcode_ocr_cognex_no_reads_2026: Cognex no-read guidance for industrial barcode readers [unreviewed, medium, expert_review]; ev_barcode_ocr_cognex_ocrmax_2026: Cognex OCRMax vision tool [unreviewed, medium, product_page]; ev_barcode_ocr_zebra_fis_mv_2025: Zebra fixed industrial scanning and logistics automation releases [unreviewed, medium, news]; ev_barcode_ocr_datalogic_logistics_2026: Datalogic logistics barcode and vision products [unreviewed, medium, product_page]; ev_barcode_ocr_sick_clv65x_2026: SICK CLV65x fixed-mount barcode scanner [unreviewed, medium, product_page]; ev_mfg_hikrobot_logistic_code_reader_2026: Hikrobot logistic code reader product page [unreviewed, medium, product_page]; ev_mfg_basler_industrial_cameras: Basler industrial cameras [unreviewed, medium, product_page]; ev_mfg_opt_machine_vision_components: OPT Machine Vision products [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pads: SMC vacuum pads catalog [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_end_effectors: Schmalz vacuum end effectors VEE [unreviewed, medium, product_page]; ev_mfg_piab_suction_cups_soft_grippers: Piab suction cups and soft grippers [unreviewed, medium, product_page]; ev_mfg_festo_end_of_arm_tooling: Festo end-of-arm tooling [unreviewed, medium, product_page]; ev_mfg_onrobot_vacuum_grippers: OnRobot vacuum grippers [unreviewed, medium, product_page]; ev_mfg_wayzim_robotic_parcel_infeed_2026: Wayzim Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_mfg_wayzim_crossbelt_sorter_2026: Wayzim cross-belt sorter overview [unreviewed, medium, product_page]; ev_mfg_dematic_sortation_controls: Dematic automated sortation systems [unreviewed, medium, product_page]; ev_mfg_vanderlande_parcel_sorting: Vanderlande parcel sorting systems [unreviewed, medium, product_page]; ev_mfg_daifuku_sorting_systems: Daifuku sorting systems [unreviewed, medium, product_page]; ev_mfg_honeywell_sortation_momentum_2026: Honeywell sortation systems and Momentum warehouse execution software [unreviewed, medium, product_page]; ev_mfg_manhattan_wms_gartner_2024: Manhattan Associates named a Leader in the 2024 Gartner Magic Quadrant for WMS [unreviewed, medium, news]; ev_mfg_sick_safety_light_curtains: SICK C4000 safety light curtains [unreviewed, medium, product_page]; ev_mfg_omron_safety_light_curtain: OMRON F3SG safety light curtain [unreviewed, medium, product_page]; ev_mfg_sick_photoelectric_sensors_2026: SICK photoelectric sensors [unreviewed, medium, product_page]; ev_mfg_omron_conveyor_sensing_2026: OMRON sensing solutions [unreviewed, medium, product_page]; ev_mfg_leuze_safety_sensors: Leuze safety sensors product overview [unreviewed, medium, product_page]; ev_mfg_leuze_conveyor_object_detection_2026: Leuze dynamic reference diffuse sensors [unreviewed, medium, product_page]; ev_mfg_siemens_motion_control_encoders_2026: Siemens motion control drives and encoder measuring systems [unreviewed, medium, product_page]; ev_mfg_iea_rare_earth_2026: Rare Earth Elements executive summary [unreviewed, high, expert_review]; ev_mfg_jlmag_esg_2024: JL MAG 2024 ESG report [unreviewed, medium, historical_source]; ev_mfg_zhongke_sanhuan_2024_report: Zhong Ke San Huan 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_ningbo_yunsheng_capacity: Ningbo Yunsheng company profile [unreviewed, medium, product_page]; ev_mfg_china_northern_rare_earth_2024: Sales at China Northern Rare Earth rise in 2024 [unreviewed, medium, news]; ev_mfg_mp_materials_mountain_pass: MP Materials Mountain Pass [unreviewed, medium, product_page]; ev_mfg_lynas_rare_earths_2024: Lynas Rare Earths 2024 annual report [unreviewed, medium, historical_source]; ev_induction_bastian_gapping_conveyor_2026: Gapping Belt Induction [unreviewed, medium, product_page]; ev_mfg_interroll_mcp_play_2026: Interroll MCP PLAY modular conveyor platform [unreviewed, medium, product_page]; ev_mfg_honeywell_irregulars_sorter_2026: Honeywell Momentum Core and IntelliSort Irregulars Sorter announcement [unreviewed, medium, news]; ev_mfg_daifuku_sorting_picking_systems_2026: Daifuku sorting and picking systems [unreviewed, medium, product_page]; ev_power_infineon_servo_drives_2026: Servo motor drive and control [unreviewed, medium, product_page]; ev_power_st_servo_motor_drives_2026: Servo motor drives [unreviewed, medium, product_page]; ev_power_onsemi_ipm_motor_drive_2026: Intelligent Power Modules for motor drives [unreviewed, medium, product_page]; ev_current_ti_tmcs1133_2026: TMCS1133 isolated Hall-effect current sensor [unreviewed, medium, product_page]; ev_current_allegro_current_sensors_2026: Allegro high-performance current sensor portfolio expansion [unreviewed, medium, news]; ev_current_lem_industrial_drives_2026: Industrial drives current measurement [unreviewed, medium, product_page]; ev_yaskawa_sigma_x_servo_sto_2026: Sigma-X servo products [unreviewed, medium, product_page]; ev_inovance_sv670_servo_sto_2026: SV670 Series high-performance servo drive [unreviewed, medium, product_page]; ev_mitsubishi_power_modules_motion_control_2026: Power Devices Applications: Motion Control [unreviewed, medium, product_page]; ev_harmonic_drive_strain_wave_principle_2026: Principle of HarmonicDrive [unreviewed, medium, product_page]; ev_leaderdrive_strain_wave_gears_2026: Strain Wave Gears [unreviewed, medium, product_page]; ev_thk_cross_roller_ring_robot_joints_2026: Cross-Roller Ring [unreviewed, medium, product_page]; ev_nsk_robotics_bearings_2026: Robotic Automation [unreviewed, medium, product_page]; ev_schaeffler_industrial_automation_bearings_2026: Industrial Automation Solutions [unreviewed, medium, product_page]; ev_citic_special_steel_bearing_2026: CITIC Pacific Special Steel - Advanced Materials [unreviewed, medium, historical_source]; ev_baosteel_special_material_bearing_2026: Baosteel Special Material product overview [unreviewed, medium, product_page]; ev_nippon_steel_bar_wire_rod_2026: SteeLinC bar and wire rod materials [unreviewed, medium, product_page]; ev_ir_nippon_steel_stock_code_2026: Investor FAQs [unreviewed, medium, historical_source]; ev_mfg_baosteel_electrical_steel_2026: Baosteel non-oriented electrical steel product materials [unreviewed, medium, product_page]; ev_mfg_nippon_steel_electrical_steel_2022: Nippon Steel electrical steel sheets EcoLeaf certification announcement [unreviewed, medium, product_page]; ev_mfg_posco_electrical_steel_2026: POSCO electrical steel catalog [unreviewed, medium, product_page]; ev_mfg_heidenhain_servomotor_encoders_2026: HEIDENHAIN drive systems and encoders for servomotors [unreviewed, medium, product_page]; ev_mfg_renishaw_position_encoders_2026: Renishaw encoders for position and motion control [unreviewed, medium, product_page]; ev_mfg_tamagawa_servo_resolver_encoder_2026: Tamagawa Seiki servo motors and encoder/resolver options [unreviewed, medium, product_page]; ev_mfg_skf_electric_motor_bearings_2026: SKF rolling bearings and seals in electric motors and generators [unreviewed, medium, product_page]; ev_mfg_ntn_electric_motor_bearings_2026: NTN electric motor bearings [unreviewed, medium, product_page]; ev_mfg_amphenol_m23_motiongrade_2026: Amphenol MotionGrade M23 connector systems [unreviewed, medium, product_page]; ev_mfg_te_micro_motor_connectors_2026: TE Connectivity micro motor connectors [unreviewed, medium, product_page]; ev_mfg_molex_robot_servo_connectors_2026: Molex industrial robot connectors and servo motor drive connectors [unreviewed, medium, product_page]; ev_mfg_kendrion_pm_servo_brake_2026: Kendrion PM Line permanent magnet brake [unreviewed, medium, product_page]; ev_mfg_mayr_servostop_servo_brake_2026: mayr ROBA servostop Classic safety brake for servomotors [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_equipment_2026: SMC vacuum ejectors and vacuum equipment catalog [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pressure_switches_2026: SMC compact digital pressure switch ZSE10(F)/ISE10 [unreviewed, medium, product_page]; ev_mfg_festo_suction_cups_2026: Festo vacuum suction cups [unreviewed, medium, product_page]; ev_mfg_festo_vacuum_generators_2026: Festo vacuum generators [unreviewed, medium, product_page]; ev_mfg_festo_pressure_sensors_2026: Festo pressure sensors and vacuum sensors [unreviewed, medium, product_page]; ev_mfg_festo_solenoid_valves_2026: Festo solenoid valves [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_generators_2026: Schmalz vacuum generation and monitoring [unreviewed, medium, product_page]; ev_mfg_piab_inline_ejectors_2026: Piab inline ejectors [unreviewed, medium, product_page]; ev_mfg_ckd_vacuum_burst_unit_2026: CKD vacuum burst unit VSLF [unreviewed, medium, product_page]; ev_mfg_airtac_pneumatic_valves_2026: AirTAC pneumatic control valve EAV series [unreviewed, medium, product_page]; ev_mfg_ifm_pressure_vacuum_sensors_2026: ifm pressure sensors and vacuum sensors [unreviewed, medium, product_page]; ev_mfg_sick_pac50_pressure_sensors_2026: SICK PAC50 pressure sensor applications [unreviewed, medium, product_page]; ev_mfg_wacker_silicone_rubber_2026: WACKER ELASTOSIL silicone rubber [unreviewed, medium, product_page]; ev_mfg_dow_silicone_elastomers_2026: Dow SILASTIC high consistency silicone rubber [unreviewed, medium, product_page]; ev_mfg_shin_etsu_silicone_rubber_2026: Shin-Etsu silicone rubber compounds [unreviewed, medium, product_page]; ev_mfg_dupont_elastomers_2026: DuPont TPSiV thermoplastic elastomers [unreviewed, medium, product_page]

Missing Evidence
  • 174 scoped evidence records are weak or unreviewed.
  • 487 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 11 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): p50=411.7k, range=204.0k–829.5k Target cost (RMB): p50=300.0k Coverage gap: 4 node(s) — robot_base_installation_alignment_process, cost_optimized_hardware_stack, real_time_machine_vision, queuing_and_flow_variability Earliest costAsOf: 2025 Rolled-up p50 411.7k vs target p50 300.0k → distance 37.2%.

Cost coverage gap (4 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Robot base installation and alignment processmanufacturing_processadd cost
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 2.83/3 (gap 4.3%) + proximity component 1.00/2 → score 4/5. Per ADR-0003, 4 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_base_installation_alignment_process: Robot base installation and alignment process; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; robot_base_mounting_structure_cost: Robot base mounting structure cost; low_cost_realtime_vision_compute_integration_cost: Low-cost real-time vision compute integration cost; conveyor_integration_cost: Conveyor integration hardware cost; plc_and_wcs_integration_cost: PLC and WCS integration cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; robot_safety_io_interface: Robot safety I/O interface; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; warehouse_machine_safety_standard: Warehouse machine safety standard; org_rockwell_automation: Rockwell Automation; org_keyence: KEYENCE; org_sick: SICK; org_omron: OMRON; org_leuze: Leuze; servo_drive_safety_sto_cost: Servo drive Safe Torque Off cost

0/5What downstream capabilities would be unlocked if a key bottleneck is solved?

No downstream unlocked nodes found.

1/5What should be researched or added next?

high: Review or replace weak parcel evidence records - 174 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_robot_controller_io_child_cost_backfill_2025, ev_industrial_robot_arm_body_cost_topstar_2026, ev_industrial_robot_arm_body_cost_grabarobot_2026, ev_end_effector_gripper_or_suction_cost_2025 (+169 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 487 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+153 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+324 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 440 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_edge_ai_computer, vision_model_deployment_optimization, vision_inference_runtime_stack (+106 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+324 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, industrial_edge_ai_computer (+257 more). Expected node kinds: engineering_method, metric, bottleneck, evidence. Expand vision_barcode_label_recognition first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 174 scoped evidence records are weak or unreviewed.
  • 487 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 11 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; vision_barcode_label_recognition: Vision / barcode / label recognition; industrial_edge_ai_computer: Industrial edge-AI computer; vision_model_deployment_optimization: Vision model deployment optimization; vision_inference_runtime_stack: Vision inference runtime stack; camera_sdk_frame_acquisition_pipeline: Camera SDK frame acquisition pipeline; fanless_compute_thermal_management: Fanless compute thermal management; parcel_label_localization: Parcel label localization; industrial_barcode_decoding_runtime: Industrial barcode decoding runtime; parcel_ocr_model_runtime: Parcel OCR model runtime; barcode_ocr_no_read_recovery: Barcode / OCR no-read recovery; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: Vacuum suction end-effector module; vacuum_suction_cup_array: Vacuum suction cup array; vacuum_generator_or_ejector: Vacuum generator or ejector; vacuum_valves_and_blowoff: Vacuum valves and blow-off control; vacuum_pressure_sensing: Vacuum pressure sensing; robot_cabling_and_power: Robot cabling and power

Missing Evidence
  • 174 scoped evidence records are weak or unreviewed.
  • 487 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 11 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-06-07T21:21:46.952Z · Gate overall (evidence/coverage): 3/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3/5 · Status: failed

Generated at: 2026-06-07T21:21:46.952Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

controlled_machine_vision_lighting: Controlled machine-vision lighting; low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; vision_latency_budget_and_timestamping: Vision latency budget and timestamping; barcode_ocr_no_read_recovery: Barcode / OCR no-read recovery; parcel_detection_and_tracking: Parcel detection and tracking; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; parcel_singulation_and_metering: Parcel singulation and metering; dynamic_gap_control_logic: Dynamic gap control logic; induction_exception_recovery: Induction exception recovery; jam_detection_and_recovery: Jam detection and recovery; maintenance_workflow: Maintenance workflow

5/5What key metrics determine progress?

total_system_cost: Total system cost — target 300,000 RMB; parcels_per_hour: Parcels per hour — current p50 1,500 (range 325–1,800) parcels/hour; target 1,500 parcels/hour; sorting_accuracy: Sorting accuracy — current p50 99 (range 98–99.5) %; target 99 %; allowed_parcel_weight_range: Allowed parcel weight range — current 0.003-35 kg adjacent benchmark envelope; v0 target remains 0.05-25 kg mixed parcels; target 0.05-25 kg; allowed_parcel_size_range: Allowed parcel size range — current 76 x 76 x 2.5 mm to 700 x 700 x 1200 mm adjacent benchmark envelope; v0 target longest dimension up to 700 mm; target longest dimension up to 700 mm; failure_jam_rate: Failure / jam rate — current p50 10 (range 1–20) events/1000 parcels; target 10 events/1000 parcels; human_intervention_rate: Human intervention rate — current p50 1 (range 0.5–4) %; target 1 %; installation_time: Installation time — current p50 5 (range 1–7) days; target 7 days; maintenance_cost: Maintenance cost — current p50 24,000 (range 12,000–45,000) RMB/year; target 18,000 RMB/year; payback_period: Payback period — current p50 36 (range 24–48) months; target 24 months

3/5What is the current estimated maturity?

prototype (59/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
0/5What breakthrough nodes are missing or only placeholders?

No placeholder breakthrough nodes found.

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_robot_controller_io_child_cost_backfill_2025: Robot controller and I/O child cost allocation — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_robot_arm_body_cost_topstar_2026: Topstar 6/7 kg six-axis industrial robot public listing [unreviewed, low, vendor_claim]; ev_industrial_robot_arm_body_cost_grabarobot_2026: 6-axis robot price guide by payload and reach [unreviewed, low, expert_review]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_barcode_ocr_software_cost_backfill_2025: Barcode / OCR software cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_vision_compute_integration_cost_backfill_2025: Vision compute integration cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_aluminum_structural_material_cost_backfill_2025: Aluminum structural material cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_induction_spacing_cost_backfill_2025: Parcel induction and spacing cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_semiconductor_electronics_cost_backfill_2025: Semiconductor and electronics cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_servo_drive_child_cost_backfill_2025: Servo drive child-layer cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_refined_copper_conductor_cost_backfill_2025: Refined copper conductor allocation - 2025 estimate [unreviewed, low, internal_note]; ev_strain_wave_reducer_component_cost_backfill_2025: Strain-wave reducer component allocation - 2025 estimate [unreviewed, low, internal_note]; ev_alloy_steel_precision_material_cost_backfill_2025: Alloy steel precision material allocation - 2025 estimate [unreviewed, low, internal_note]; ev_servo_motor_material_cost_backfill_2025: Servo motor material-layer cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_servo_motor_component_cost_backfill_2025: Servo motor component-layer cost allocation - 2025 estimate [unreviewed, low, internal_note]; ev_vacuum_end_effector_child_cost_backfill_2025: Vacuum suction end-effector child cost allocation — 2025 estimate [unreviewed, low, internal_note]; ev_material_supply_chain_child_cost_backfill_2025: Material supply-chain child cost allocation — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_perf_abb_robotic_parcel_inductor_2026: Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_perf_wayzim_robotic_parcel_infeed_2026: Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_perf_mesh_xinduct_2026: XInduct High-Speed Robotic Induction System [unreviewed, medium, product_page]; ev_perf_robominds_titan_2026: TITAN robotic parcel singulation [unreviewed, medium, product_page]; ev_perf_ambisort_a_series_spec: AmbiSort A-Series V3 technical specifications [unreviewed, medium, product_page]; ev_perf_flostor_parcel_sortation_roi_2026: High-Speed Parcel Sortation Systems [unreviewed, low, expert_review]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_maintenance_robot_annual_cost_benchmark_2026: Annual Robot Maintenance Costs: What to Budget Beyond the Purchase Price [unreviewed, low, expert_review]; ev_maintenance_robot_cost_range_rcc_2026: Robot maintenance cost: full breakdown and savings [unreviewed, low, expert_review]; ev_maintenance_abb_robotics_service_2026: Maintenance [unreviewed, medium, product_page]; ev_maintenance_fanuc_pm_checklist_2023: Preventative Maintenance Checklist for your Fanuc Robot [unreviewed, medium, product_page]; ev_maintenance_conveyor_cost_factors_2026: Conveyor Cost & Pricing Guide [unreviewed, low, expert_review]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_compute_nvidia_jetson_orin_2026: NVIDIA Jetson Orin edge AI and robotics modules [unreviewed, medium, product_page]; ev_compute_intel_openvino_2026: Intel OpenVINO toolkit overview [unreviewed, medium, product_page]; ev_compute_advantech_edge_ai_systems_2026: Advantech edge AI systems [unreviewed, medium, product_page]; ev_compute_adlink_edge_ai_2026: ADLINK edge AI solutions [unreviewed, medium, product_page]; ev_compute_basler_pylon_sdk_2026: Basler pylon software for image capture [unreviewed, medium, product_page]; ev_compute_genicam_machine_vision_standards_2026: GenICam generic camera programming interface [unreviewed, medium, standard]; ev_ir_nvidia_nvda_2026: NVIDIA fiscal 2027 Q1 financial results [unreviewed, medium, news]; ev_ir_intel_intc_2026: Intel investor relations [unreviewed, medium, news]; ev_ir_advantech_2395_2026: Advantech investor important messages [unreviewed, medium, news]; ev_ir_adlink_6166_2026: ADLINK investor relations [unreviewed, medium, news]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]; ev_mfg_ifr_world_robotics_2025: World Robotics 2025 industrial robot statistics [unreviewed, high, expert_review]; ev_mfg_inovance_2024h1_robot_servo_share: Inovance Technology 2024 interim report [unreviewed, medium, historical_source]; ev_mfg_abb_robotic_parcel_inductor_2026: ABB Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_mfg_siemens_simatic_plc: SIMATIC Controllers [unreviewed, medium, product_page]; ev_robot_controller_io_siemens_et200_2026: SIMATIC ET 200 distributed I/O and distributed controllers [unreviewed, medium, product_page]; ev_robot_controller_io_inovance_ac703_2026: Inovance AC703 high-performance intelligent controller [unreviewed, medium, product_page]; ev_robot_controller_io_omron_nx_safety_2026: OMRON NX Safety controller and safety I/O system [unreviewed, medium, product_page]; ev_mfg_mitsubishi_plc_servo: Mitsubishi Electric Factory Automation controllers and servo systems [unreviewed, medium, product_page]; ev_mfg_rockwell_controllers_safety: Rockwell Automation programmable controllers and safety control products [unreviewed, medium, product_page]; ev_mfg_schneider_modicon_plc: Modicon PLC and PAC documentation [unreviewed, medium, product_page]; ev_mfg_nabtesco_precision_reducer_60_share: Nabtesco Precision Equipment Company profile [unreviewed, high, product_page]; ev_mfg_leaderdrive_harmonic_reducer_2024: Leaderdrive 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_china_reducer_share_low_confidence: China RV reducer supplier share summary [unreviewed, low, news]; ev_mfg_hikrobot_ipo_machine_vision_share: Hikrobot IPO inquiry reply materials [unreviewed, medium, historical_source]; ev_mfg_keyence_vision_safety_products: KEYENCE safety and machine-vision products [unreviewed, medium, product_page]; ev_mfg_cognex_machine_vision_code_readers: Cognex machine vision and barcode readers [unreviewed, medium, product_page]; ev_barcode_ocr_cognex_no_reads_2026: Cognex no-read guidance for industrial barcode readers [unreviewed, medium, expert_review]; ev_barcode_ocr_cognex_ocrmax_2026: Cognex OCRMax vision tool [unreviewed, medium, product_page]; ev_barcode_ocr_zebra_fis_mv_2025: Zebra fixed industrial scanning and logistics automation releases [unreviewed, medium, news]; ev_barcode_ocr_datalogic_logistics_2026: Datalogic logistics barcode and vision products [unreviewed, medium, product_page]; ev_barcode_ocr_sick_clv65x_2026: SICK CLV65x fixed-mount barcode scanner [unreviewed, medium, product_page]; ev_mfg_hikrobot_logistic_code_reader_2026: Hikrobot logistic code reader product page [unreviewed, medium, product_page]; ev_mfg_basler_industrial_cameras: Basler industrial cameras [unreviewed, medium, product_page]; ev_mfg_opt_machine_vision_components: OPT Machine Vision products [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pads: SMC vacuum pads catalog [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_end_effectors: Schmalz vacuum end effectors VEE [unreviewed, medium, product_page]; ev_mfg_piab_suction_cups_soft_grippers: Piab suction cups and soft grippers [unreviewed, medium, product_page]; ev_mfg_festo_end_of_arm_tooling: Festo end-of-arm tooling [unreviewed, medium, product_page]; ev_mfg_onrobot_vacuum_grippers: OnRobot vacuum grippers [unreviewed, medium, product_page]; ev_mfg_wayzim_robotic_parcel_infeed_2026: Wayzim Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_mfg_wayzim_crossbelt_sorter_2026: Wayzim cross-belt sorter overview [unreviewed, medium, product_page]; ev_mfg_dematic_sortation_controls: Dematic automated sortation systems [unreviewed, medium, product_page]; ev_mfg_vanderlande_parcel_sorting: Vanderlande parcel sorting systems [unreviewed, medium, product_page]; ev_mfg_daifuku_sorting_systems: Daifuku sorting systems [unreviewed, medium, product_page]; ev_mfg_honeywell_sortation_momentum_2026: Honeywell sortation systems and Momentum warehouse execution software [unreviewed, medium, product_page]; ev_mfg_manhattan_wms_gartner_2024: Manhattan Associates named a Leader in the 2024 Gartner Magic Quadrant for WMS [unreviewed, medium, news]; ev_mfg_sick_safety_light_curtains: SICK C4000 safety light curtains [unreviewed, medium, product_page]; ev_mfg_omron_safety_light_curtain: OMRON F3SG safety light curtain [unreviewed, medium, product_page]; ev_mfg_sick_photoelectric_sensors_2026: SICK photoelectric sensors [unreviewed, medium, product_page]; ev_mfg_omron_conveyor_sensing_2026: OMRON sensing solutions [unreviewed, medium, product_page]; ev_mfg_leuze_safety_sensors: Leuze safety sensors product overview [unreviewed, medium, product_page]; ev_mfg_leuze_conveyor_object_detection_2026: Leuze dynamic reference diffuse sensors [unreviewed, medium, product_page]; ev_mfg_siemens_motion_control_encoders_2026: Siemens motion control drives and encoder measuring systems [unreviewed, medium, product_page]; ev_mfg_iea_rare_earth_2026: Rare Earth Elements executive summary [unreviewed, high, expert_review]; ev_mfg_jlmag_esg_2024: JL MAG 2024 ESG report [unreviewed, medium, historical_source]; ev_mfg_zhongke_sanhuan_2024_report: Zhong Ke San Huan 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_ningbo_yunsheng_capacity: Ningbo Yunsheng company profile [unreviewed, medium, product_page]; ev_mfg_china_northern_rare_earth_2024: Sales at China Northern Rare Earth rise in 2024 [unreviewed, medium, news]; ev_mfg_mp_materials_mountain_pass: MP Materials Mountain Pass [unreviewed, medium, product_page]; ev_mfg_lynas_rare_earths_2024: Lynas Rare Earths 2024 annual report [unreviewed, medium, historical_source]; ev_induction_bastian_gapping_conveyor_2026: Gapping Belt Induction [unreviewed, medium, product_page]; ev_mfg_interroll_mcp_play_2026: Interroll MCP PLAY modular conveyor platform [unreviewed, medium, product_page]; ev_mfg_honeywell_irregulars_sorter_2026: Honeywell Momentum Core and IntelliSort Irregulars Sorter announcement [unreviewed, medium, news]; ev_mfg_daifuku_sorting_picking_systems_2026: Daifuku sorting and picking systems [unreviewed, medium, product_page]; ev_power_infineon_servo_drives_2026: Servo motor drive and control [unreviewed, medium, product_page]; ev_power_st_servo_motor_drives_2026: Servo motor drives [unreviewed, medium, product_page]; ev_power_onsemi_ipm_motor_drive_2026: Intelligent Power Modules for motor drives [unreviewed, medium, product_page]; ev_current_ti_tmcs1133_2026: TMCS1133 isolated Hall-effect current sensor [unreviewed, medium, product_page]; ev_current_allegro_current_sensors_2026: Allegro high-performance current sensor portfolio expansion [unreviewed, medium, news]; ev_current_lem_industrial_drives_2026: Industrial drives current measurement [unreviewed, medium, product_page]; ev_yaskawa_sigma_x_servo_sto_2026: Sigma-X servo products [unreviewed, medium, product_page]; ev_inovance_sv670_servo_sto_2026: SV670 Series high-performance servo drive [unreviewed, medium, product_page]; ev_mitsubishi_power_modules_motion_control_2026: Power Devices Applications: Motion Control [unreviewed, medium, product_page]; ev_harmonic_drive_strain_wave_principle_2026: Principle of HarmonicDrive [unreviewed, medium, product_page]; ev_leaderdrive_strain_wave_gears_2026: Strain Wave Gears [unreviewed, medium, product_page]; ev_thk_cross_roller_ring_robot_joints_2026: Cross-Roller Ring [unreviewed, medium, product_page]; ev_nsk_robotics_bearings_2026: Robotic Automation [unreviewed, medium, product_page]; ev_schaeffler_industrial_automation_bearings_2026: Industrial Automation Solutions [unreviewed, medium, product_page]; ev_citic_special_steel_bearing_2026: CITIC Pacific Special Steel - Advanced Materials [unreviewed, medium, historical_source]; ev_baosteel_special_material_bearing_2026: Baosteel Special Material product overview [unreviewed, medium, product_page]; ev_nippon_steel_bar_wire_rod_2026: SteeLinC bar and wire rod materials [unreviewed, medium, product_page]; ev_ir_nippon_steel_stock_code_2026: Investor FAQs [unreviewed, medium, historical_source]; ev_mfg_baosteel_electrical_steel_2026: Baosteel non-oriented electrical steel product materials [unreviewed, medium, product_page]; ev_mfg_nippon_steel_electrical_steel_2022: Nippon Steel electrical steel sheets EcoLeaf certification announcement [unreviewed, medium, product_page]; ev_mfg_posco_electrical_steel_2026: POSCO electrical steel catalog [unreviewed, medium, product_page]; ev_mfg_heidenhain_servomotor_encoders_2026: HEIDENHAIN drive systems and encoders for servomotors [unreviewed, medium, product_page]; ev_mfg_renishaw_position_encoders_2026: Renishaw encoders for position and motion control [unreviewed, medium, product_page]; ev_mfg_tamagawa_servo_resolver_encoder_2026: Tamagawa Seiki servo motors and encoder/resolver options [unreviewed, medium, product_page]; ev_mfg_skf_electric_motor_bearings_2026: SKF rolling bearings and seals in electric motors and generators [unreviewed, medium, product_page]; ev_mfg_ntn_electric_motor_bearings_2026: NTN electric motor bearings [unreviewed, medium, product_page]; ev_mfg_amphenol_m23_motiongrade_2026: Amphenol MotionGrade M23 connector systems [unreviewed, medium, product_page]; ev_mfg_te_micro_motor_connectors_2026: TE Connectivity micro motor connectors [unreviewed, medium, product_page]; ev_mfg_molex_robot_servo_connectors_2026: Molex industrial robot connectors and servo motor drive connectors [unreviewed, medium, product_page]; ev_mfg_kendrion_pm_servo_brake_2026: Kendrion PM Line permanent magnet brake [unreviewed, medium, product_page]; ev_mfg_mayr_servostop_servo_brake_2026: mayr ROBA servostop Classic safety brake for servomotors [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_equipment_2026: SMC vacuum ejectors and vacuum equipment catalog [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pressure_switches_2026: SMC compact digital pressure switch ZSE10(F)/ISE10 [unreviewed, medium, product_page]; ev_mfg_festo_suction_cups_2026: Festo vacuum suction cups [unreviewed, medium, product_page]; ev_mfg_festo_vacuum_generators_2026: Festo vacuum generators [unreviewed, medium, product_page]; ev_mfg_festo_pressure_sensors_2026: Festo pressure sensors and vacuum sensors [unreviewed, medium, product_page]; ev_mfg_festo_solenoid_valves_2026: Festo solenoid valves [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_generators_2026: Schmalz vacuum generation and monitoring [unreviewed, medium, product_page]; ev_mfg_piab_inline_ejectors_2026: Piab inline ejectors [unreviewed, medium, product_page]; ev_mfg_ckd_vacuum_burst_unit_2026: CKD vacuum burst unit VSLF [unreviewed, medium, product_page]; ev_mfg_airtac_pneumatic_valves_2026: AirTAC pneumatic control valve EAV series [unreviewed, medium, product_page]; ev_mfg_ifm_pressure_vacuum_sensors_2026: ifm pressure sensors and vacuum sensors [unreviewed, medium, product_page]; ev_mfg_sick_pac50_pressure_sensors_2026: SICK PAC50 pressure sensor applications [unreviewed, medium, product_page]; ev_mfg_wacker_silicone_rubber_2026: WACKER ELASTOSIL silicone rubber [unreviewed, medium, product_page]; ev_mfg_dow_silicone_elastomers_2026: Dow SILASTIC high consistency silicone rubber [unreviewed, medium, product_page]; ev_mfg_shin_etsu_silicone_rubber_2026: Shin-Etsu silicone rubber compounds [unreviewed, medium, product_page]; ev_mfg_dupont_elastomers_2026: DuPont TPSiV thermoplastic elastomers [unreviewed, medium, product_page]

Missing Evidence
  • 174 scoped evidence records are weak or unreviewed.
  • 455 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 11 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): p50=411.7k, range=204.0k–829.5k Target cost (RMB): p50=300.0k Coverage gap: 4 node(s) — robot_base_installation_alignment_process, cost_optimized_hardware_stack, real_time_machine_vision, queuing_and_flow_variability Earliest costAsOf: 2025 Rolled-up p50 411.7k vs target p50 300.0k → distance 37.2%.

Cost coverage gap (4 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Robot base installation and alignment processmanufacturing_processadd cost
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 2.83/3 (gap 4.3%) + proximity component 1.00/2 → score 4/5. Per ADR-0003, 4 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_base_installation_alignment_process: Robot base installation and alignment process; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; robot_base_mounting_structure_cost: Robot base mounting structure cost; low_cost_realtime_vision_compute_integration_cost: Low-cost real-time vision compute integration cost; conveyor_integration_cost: Conveyor integration hardware cost; plc_and_wcs_integration_cost: PLC and WCS integration cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; robot_safety_io_interface: Robot safety I/O interface; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; warehouse_machine_safety_standard: Warehouse machine safety standard; org_rockwell_automation: Rockwell Automation; org_keyence: KEYENCE; org_sick: SICK; org_omron: OMRON; org_leuze: Leuze; servo_drive_safety_sto_cost: Servo drive Safe Torque Off cost

0/5What downstream capabilities would be unlocked if a key bottleneck is solved?

No downstream unlocked nodes found.

1/5What should be researched or added next?

high: Review or replace weak parcel evidence records - 174 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_robot_controller_io_child_cost_backfill_2025, ev_industrial_robot_arm_body_cost_topstar_2026, ev_industrial_robot_arm_body_cost_grabarobot_2026, ev_end_effector_gripper_or_suction_cost_2025 (+169 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 455 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+153 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+292 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 408 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_edge_ai_computer, vision_model_deployment_optimization, vision_inference_runtime_stack (+106 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+292 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, industrial_edge_ai_computer (+257 more). Expected node kinds: engineering_method, metric, bottleneck, evidence. Expand vision_barcode_label_recognition first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 174 scoped evidence records are weak or unreviewed.
  • 455 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 11 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; vision_barcode_label_recognition: Vision / barcode / label recognition; industrial_edge_ai_computer: Industrial edge-AI computer; vision_model_deployment_optimization: Vision model deployment optimization; vision_inference_runtime_stack: Vision inference runtime stack; camera_sdk_frame_acquisition_pipeline: Camera SDK frame acquisition pipeline; fanless_compute_thermal_management: Fanless compute thermal management; parcel_label_localization: Parcel label localization; industrial_barcode_decoding_runtime: Industrial barcode decoding runtime; parcel_ocr_model_runtime: Parcel OCR model runtime; barcode_ocr_no_read_recovery: Barcode / OCR no-read recovery; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: Vacuum suction end-effector module; vacuum_suction_cup_array: Vacuum suction cup array; vacuum_generator_or_ejector: Vacuum generator or ejector; vacuum_valves_and_blowoff: Vacuum valves and blow-off control; vacuum_pressure_sensing: Vacuum pressure sensing; robot_cabling_and_power: Robot cabling and power

Missing Evidence
  • 174 scoped evidence records are weak or unreviewed.
  • 455 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 11 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-06-07T18:32:56.346Z · Gate overall (evidence/coverage): 3/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3/5 · Status: failed

Generated at: 2026-06-07T18:32:56.346Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

controlled_machine_vision_lighting: Controlled machine-vision lighting; parcel_detection_and_tracking: Parcel detection and tracking; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; jam_detection_and_recovery: Jam detection and recovery; maintenance_workflow: Maintenance workflow

5/5What key metrics determine progress?

total_system_cost: Total system cost — target 300,000 RMB; parcels_per_hour: Parcels per hour — current p50 1,500 (range 325–1,800) parcels/hour; target 1,500 parcels/hour; sorting_accuracy: Sorting accuracy — current p50 99 (range 98–99.5) %; target 99 %; allowed_parcel_weight_range: Allowed parcel weight range — current 0.003-35 kg adjacent benchmark envelope; v0 target remains 0.05-25 kg mixed parcels; target 0.05-25 kg; allowed_parcel_size_range: Allowed parcel size range — current 76 x 76 x 2.5 mm to 700 x 700 x 1200 mm adjacent benchmark envelope; v0 target longest dimension up to 700 mm; target longest dimension up to 700 mm; failure_jam_rate: Failure / jam rate — current p50 10 (range 1–20) events/1000 parcels; target 10 events/1000 parcels; human_intervention_rate: Human intervention rate — current p50 1 (range 0.5–4) %; target 1 %; installation_time: Installation time — current p50 5 (range 1–7) days; target 7 days; maintenance_cost: Maintenance cost — current p50 24,000 (range 12,000–45,000) RMB/year; target 18,000 RMB/year; payback_period: Payback period — current p50 36 (range 24–48) months; target 24 months

3/5What is the current estimated maturity?

prototype (59/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
0/5What breakthrough nodes are missing or only placeholders?

No placeholder breakthrough nodes found.

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_perf_abb_robotic_parcel_inductor_2026: Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_perf_wayzim_robotic_parcel_infeed_2026: Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_perf_mesh_xinduct_2026: XInduct High-Speed Robotic Induction System [unreviewed, medium, product_page]; ev_perf_robominds_titan_2026: TITAN robotic parcel singulation [unreviewed, medium, product_page]; ev_perf_ambisort_a_series_spec: AmbiSort A-Series V3 technical specifications [unreviewed, medium, product_page]; ev_perf_flostor_parcel_sortation_roi_2026: High-Speed Parcel Sortation Systems [unreviewed, low, expert_review]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_maintenance_robot_annual_cost_benchmark_2026: Annual Robot Maintenance Costs: What to Budget Beyond the Purchase Price [unreviewed, low, expert_review]; ev_maintenance_robot_cost_range_rcc_2026: Robot maintenance cost: full breakdown and savings [unreviewed, low, expert_review]; ev_maintenance_abb_robotics_service_2026: Maintenance [unreviewed, medium, product_page]; ev_maintenance_fanuc_pm_checklist_2023: Preventative Maintenance Checklist for your Fanuc Robot [unreviewed, medium, product_page]; ev_maintenance_conveyor_cost_factors_2026: Conveyor Cost & Pricing Guide [unreviewed, low, expert_review]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]; ev_mfg_ifr_world_robotics_2025: World Robotics 2025 industrial robot statistics [unreviewed, high, expert_review]; ev_mfg_inovance_2024h1_robot_servo_share: Inovance Technology 2024 interim report [unreviewed, medium, historical_source]; ev_mfg_abb_robotic_parcel_inductor_2026: ABB Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_mfg_siemens_simatic_plc: SIMATIC Controllers [unreviewed, medium, product_page]; ev_mfg_mitsubishi_plc_servo: Mitsubishi Electric Factory Automation controllers and servo systems [unreviewed, medium, product_page]; ev_mfg_rockwell_controllers_safety: Rockwell Automation programmable controllers and safety control products [unreviewed, medium, product_page]; ev_mfg_schneider_modicon_plc: Modicon PLC and PAC documentation [unreviewed, medium, product_page]; ev_mfg_nabtesco_precision_reducer_60_share: Nabtesco Precision Equipment Company profile [unreviewed, high, product_page]; ev_mfg_leaderdrive_harmonic_reducer_2024: Leaderdrive 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_china_reducer_share_low_confidence: China RV reducer supplier share summary [unreviewed, low, news]; ev_mfg_hikrobot_ipo_machine_vision_share: Hikrobot IPO inquiry reply materials [unreviewed, medium, historical_source]; ev_mfg_keyence_vision_safety_products: KEYENCE safety and machine-vision products [unreviewed, medium, product_page]; ev_mfg_cognex_machine_vision_code_readers: Cognex machine vision and barcode readers [unreviewed, medium, product_page]; ev_mfg_basler_industrial_cameras: Basler industrial cameras [unreviewed, medium, product_page]; ev_mfg_opt_machine_vision_components: OPT Machine Vision products [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pads: SMC vacuum pads catalog [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_end_effectors: Schmalz vacuum end effectors VEE [unreviewed, medium, product_page]; ev_mfg_piab_suction_cups_soft_grippers: Piab suction cups and soft grippers [unreviewed, medium, product_page]; ev_mfg_onrobot_vacuum_grippers: OnRobot vacuum grippers [unreviewed, medium, product_page]; ev_mfg_wayzim_robotic_parcel_infeed_2026: Wayzim Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_mfg_wayzim_crossbelt_sorter_2026: Wayzim cross-belt sorter overview [unreviewed, medium, product_page]; ev_mfg_dematic_sortation_controls: Dematic automated sortation systems [unreviewed, medium, product_page]; ev_mfg_vanderlande_parcel_sorting: Vanderlande parcel sorting systems [unreviewed, medium, product_page]; ev_mfg_daifuku_sorting_systems: Daifuku sorting systems [unreviewed, medium, product_page]; ev_mfg_honeywell_sortation_momentum_2026: Honeywell sortation systems and Momentum warehouse execution software [unreviewed, medium, product_page]; ev_mfg_manhattan_wms_gartner_2024: Manhattan Associates named a Leader in the 2024 Gartner Magic Quadrant for WMS [unreviewed, medium, news]; ev_mfg_sick_safety_light_curtains: SICK C4000 safety light curtains [unreviewed, medium, product_page]; ev_mfg_omron_safety_light_curtain: OMRON F3SG safety light curtain [unreviewed, medium, product_page]; ev_mfg_leuze_safety_sensors: Leuze safety sensors product overview [unreviewed, medium, product_page]; ev_mfg_iea_rare_earth_2026: Rare Earth Elements executive summary [unreviewed, high, expert_review]; ev_mfg_jlmag_esg_2024: JL MAG 2024 ESG report [unreviewed, medium, historical_source]; ev_mfg_zhongke_sanhuan_2024_report: Zhong Ke San Huan 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_ningbo_yunsheng_capacity: Ningbo Yunsheng company profile [unreviewed, medium, product_page]; ev_mfg_china_northern_rare_earth_2024: Sales at China Northern Rare Earth rise in 2024 [unreviewed, medium, news]; ev_mfg_mp_materials_mountain_pass: MP Materials Mountain Pass [unreviewed, medium, product_page]; ev_mfg_lynas_rare_earths_2024: Lynas Rare Earths 2024 annual report [unreviewed, medium, historical_source]

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 262 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): p50=310.0k, range=160.4k–550.3k Target cost (RMB): p50=300.0k Coverage gap: 38 node(s) — semiconductor_grade_silicon_and_electronics, low_cost_realtime_vision_compute_integration, refined_copper_conductor_material, servo_drive_power_stage, servo_drive_current_sensing (+33 more) Earliest costAsOf: 2025 Rolled-up p50 310.0k vs target p50 300.0k → distance 3.3%.

Cost coverage gap (38 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Semiconductor-grade silicon and electronicsmaterialadd cost
  • Low-cost real-time vision compute integrationengineering_methodadd cost
  • Refined copper conductor materialmaterialadd cost
  • Servo drive power stagemoduleadd cost
  • Servo drive current sensingmoduleadd cost
  • Servo drive Safe Torque Offmoduleadd cost
  • Alloy steel precision materialmaterialadd cost
  • Strain-wave reducer wave generatormoduleadd cost
  • Strain-wave reducer flexsplinemoduleadd cost
  • Strain-wave reducer circular splinemoduleadd cost
  • Reducer output bearingmoduleadd cost
  • Electrical steel lamination materialmaterialadd cost
  • Servo motor stator coremoduleadd cost
  • Servo motor windingsmoduleadd cost
  • NdPr rare-earth feedstockmaterialadd cost
  • Dysprosium / terbium heavy rare-earth additivesmaterialadd cost
  • Boron and iron magnet matrix materialmaterialadd cost
  • Rare-earth permanent magnet materialmaterialadd cost
  • Permanent-magnet rotormoduleadd cost
  • Servo motor encoder feedbackmoduleadd cost
  • Servo motor bearings and shaftmoduleadd cost
  • Aluminum structural materialmaterialadd cost
  • Servo motor housing and thermal designmoduleadd cost
  • Servo motor cables and connectorsmoduleadd cost
  • Servo motor integrated brake optionmoduleadd cost
  • Robot base installation and alignment processmanufacturing_processadd cost
  • Petrochemical elastomer feedstockmaterialadd cost
  • Parcel suction-cup contact qualificationengineering_methodadd cost
  • Vacuum suction cup arraymoduleadd cost
  • Vacuum generator or ejectormoduleadd cost
  • Vacuum blow-off timing and contamination controlengineering_methodadd cost
  • Vacuum valves and blow-off controlmoduleadd cost
  • Vacuum pressure sensingmoduleadd cost
  • Parcel induction and spacing controlengineering_methodadd cost
  • Barcode / OCR reading softwareengineering_methodadd cost
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 0.86/3 (gap 53.5%) + proximity component 2.00/2 → score 3/5. Per ADR-0003, 38 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_base_installation_alignment_process: Robot base installation and alignment process; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; robot_base_mounting_structure_cost: Robot base mounting structure cost; conveyor_integration_cost: Conveyor integration hardware cost; plc_and_wcs_integration_cost: PLC and WCS integration cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; warehouse_machine_safety_standard: Warehouse machine safety standard; org_rockwell_automation: Rockwell Automation; org_keyence: KEYENCE; org_sick: SICK; org_omron: OMRON; org_leuze: Leuze

0/5What downstream capabilities would be unlocked if a key bottleneck is solved?

No downstream unlocked nodes found.

1/5What should be researched or added next?

high: Add evidence to high-confidence dependency edges - 1 high-confidence edges lack evidence references. Edge IDs: e_v0_product_enables_capability (low_cost_parcel_sorting_robot_300k_rmb->affordable_small_warehouse_automation). Add evidenceIds with reviewed, high-confidence, non-vendor support or lower the edge confidence/review status if support is not available.; high: Review or replace weak parcel evidence records - 83 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_end_effector_gripper_or_suction_cost_2025, ev_parcel_manipulation_or_diverter_cost_2025, ev_industrial_area_scan_camera_cost_2025, ev_machine_vision_lens_and_optics_cost_2025 (+78 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 262 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+96 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+156 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 208 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: vision_barcode_label_recognition, parcel_detection_and_tracking, parcel_manipulation_or_diverter, industrial_robot_arm_body, robot_cabling_and_power (+48 more). Edge IDs: e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system), e_product_requires_safety (low_cost_parcel_sorting_robot_300k_rmb->safety_system), e_product_requires_structure (low_cost_parcel_sorting_robot_300k_rmb->mechanical_structure), e_product_requires_maintenance (low_cost_parcel_sorting_robot_300k_rmb->maintenance_workflow), e_product_requires_cost_stack (low_cost_parcel_sorting_robot_300k_rmb->cost_optimized_hardware_stack) (+150 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute (+146 more). Expected node kinds: engineering_method, metric, bottleneck, evidence. Expand vision_barcode_label_recognition first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 262 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing; warehouse_machine_safety_standard: Warehouse machine safety standard; org_fanuc: FANUC; org_estun: Estun Automation; org_inovance: Inovance Technology

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 262 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-06-07T18:22:38.323Z · Gate overall (evidence/coverage): 3/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3/5 · Status: failed

Generated at: 2026-06-07T18:22:38.323Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

controlled_machine_vision_lighting: Controlled machine-vision lighting; parcel_detection_and_tracking: Parcel detection and tracking; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; jam_detection_and_recovery: Jam detection and recovery; maintenance_workflow: Maintenance workflow

5/5What key metrics determine progress?

total_system_cost: Total system cost — target 300,000 RMB; parcels_per_hour: Parcels per hour — current p50 1,500 (range 325–1,800) parcels/hour; target 1,500 parcels/hour; sorting_accuracy: Sorting accuracy — current p50 99 (range 98–99.5) %; target 99 %; allowed_parcel_weight_range: Allowed parcel weight range — current 0.003-35 kg adjacent benchmark envelope; v0 target remains 0.05-25 kg mixed parcels; target 0.05-25 kg; allowed_parcel_size_range: Allowed parcel size range — current 76 x 76 x 2.5 mm to 700 x 700 x 1200 mm adjacent benchmark envelope; v0 target longest dimension up to 700 mm; target longest dimension up to 700 mm; failure_jam_rate: Failure / jam rate — current p50 10 (range 1–20) events/1000 parcels; target 10 events/1000 parcels; human_intervention_rate: Human intervention rate — current p50 1 (range 0.5–4) %; target 1 %; installation_time: Installation time — current p50 5 (range 1–7) days; target 7 days; maintenance_cost: Maintenance cost — current p50 24,000 (range 12,000–45,000) RMB/year; target 18,000 RMB/year; payback_period: Payback period — current p50 36 (range 24–48) months; target 24 months

3/5What is the current estimated maturity?

prototype (59/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
0/5What breakthrough nodes are missing or only placeholders?

No placeholder breakthrough nodes found.

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_perf_abb_robotic_parcel_inductor_2026: Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_perf_wayzim_robotic_parcel_infeed_2026: Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_perf_mesh_xinduct_2026: XInduct High-Speed Robotic Induction System [unreviewed, medium, product_page]; ev_perf_robominds_titan_2026: TITAN robotic parcel singulation [unreviewed, medium, product_page]; ev_perf_ambisort_a_series_spec: AmbiSort A-Series V3 technical specifications [unreviewed, medium, product_page]; ev_perf_flostor_parcel_sortation_roi_2026: High-Speed Parcel Sortation Systems [unreviewed, low, expert_review]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_maintenance_robot_annual_cost_benchmark_2026: Annual Robot Maintenance Costs: What to Budget Beyond the Purchase Price [unreviewed, low, expert_review]; ev_maintenance_robot_cost_range_rcc_2026: Robot maintenance cost: full breakdown and savings [unreviewed, low, expert_review]; ev_maintenance_abb_robotics_service_2026: Maintenance [unreviewed, medium, product_page]; ev_maintenance_fanuc_pm_checklist_2023: Preventative Maintenance Checklist for your Fanuc Robot [unreviewed, medium, product_page]; ev_maintenance_conveyor_cost_factors_2026: Conveyor Cost & Pricing Guide [unreviewed, low, expert_review]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]; ev_mfg_ifr_world_robotics_2025: World Robotics 2025 industrial robot statistics [unreviewed, high, expert_review]; ev_mfg_inovance_2024h1_robot_servo_share: Inovance Technology 2024 interim report [unreviewed, medium, historical_source]; ev_mfg_abb_robotic_parcel_inductor_2026: ABB Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_mfg_siemens_simatic_plc: SIMATIC Controllers [unreviewed, medium, product_page]; ev_mfg_mitsubishi_plc_servo: Mitsubishi Electric Factory Automation controllers and servo systems [unreviewed, medium, product_page]; ev_mfg_rockwell_controllers_safety: Rockwell Automation programmable controllers and safety control products [unreviewed, medium, product_page]; ev_mfg_schneider_modicon_plc: Modicon PLC and PAC documentation [unreviewed, medium, product_page]; ev_mfg_nabtesco_precision_reducer_60_share: Nabtesco Precision Equipment Company profile [unreviewed, high, product_page]; ev_mfg_leaderdrive_harmonic_reducer_2024: Leaderdrive 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_china_reducer_share_low_confidence: China RV reducer supplier share summary [unreviewed, low, news]; ev_mfg_hikrobot_ipo_machine_vision_share: Hikrobot IPO inquiry reply materials [unreviewed, medium, historical_source]; ev_mfg_keyence_vision_safety_products: KEYENCE safety and machine-vision products [unreviewed, medium, product_page]; ev_mfg_cognex_machine_vision_code_readers: Cognex machine vision and barcode readers [unreviewed, medium, product_page]; ev_mfg_basler_industrial_cameras: Basler industrial cameras [unreviewed, medium, product_page]; ev_mfg_opt_machine_vision_components: OPT Machine Vision products [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pads: SMC vacuum pads catalog [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_end_effectors: Schmalz vacuum end effectors VEE [unreviewed, medium, product_page]; ev_mfg_piab_suction_cups_soft_grippers: Piab suction cups and soft grippers [unreviewed, medium, product_page]; ev_mfg_onrobot_vacuum_grippers: OnRobot vacuum grippers [unreviewed, medium, product_page]; ev_mfg_wayzim_robotic_parcel_infeed_2026: Wayzim Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_mfg_wayzim_crossbelt_sorter_2026: Wayzim cross-belt sorter overview [unreviewed, medium, product_page]; ev_mfg_dematic_sortation_controls: Dematic automated sortation systems [unreviewed, medium, product_page]; ev_mfg_vanderlande_parcel_sorting: Vanderlande parcel sorting systems [unreviewed, medium, product_page]; ev_mfg_daifuku_sorting_systems: Daifuku sorting systems [unreviewed, medium, product_page]; ev_mfg_honeywell_sortation_momentum_2026: Honeywell sortation systems and Momentum warehouse execution software [unreviewed, medium, product_page]; ev_mfg_manhattan_wms_gartner_2024: Manhattan Associates named a Leader in the 2024 Gartner Magic Quadrant for WMS [unreviewed, medium, news]; ev_mfg_sick_safety_light_curtains: SICK C4000 safety light curtains [unreviewed, medium, product_page]; ev_mfg_omron_safety_light_curtain: OMRON F3SG safety light curtain [unreviewed, medium, product_page]; ev_mfg_leuze_safety_sensors: Leuze safety sensors product overview [unreviewed, medium, product_page]; ev_mfg_iea_rare_earth_2026: Rare Earth Elements executive summary [unreviewed, high, expert_review]; ev_mfg_jlmag_esg_2024: JL MAG 2024 ESG report [unreviewed, medium, historical_source]; ev_mfg_zhongke_sanhuan_2024_report: Zhong Ke San Huan 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_ningbo_yunsheng_capacity: Ningbo Yunsheng company profile [unreviewed, medium, product_page]; ev_mfg_china_northern_rare_earth_2024: Sales at China Northern Rare Earth rise in 2024 [unreviewed, medium, news]; ev_mfg_mp_materials_mountain_pass: MP Materials Mountain Pass [unreviewed, medium, product_page]; ev_mfg_lynas_rare_earths_2024: Lynas Rare Earths 2024 annual report [unreviewed, medium, historical_source]

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 260 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): p50=310.0k, range=160.4k–550.3k Target cost (RMB): p50=300.0k Coverage gap: 38 node(s) — semiconductor_grade_silicon_and_electronics, low_cost_realtime_vision_compute_integration, refined_copper_conductor_material, servo_drive_power_stage, servo_drive_current_sensing (+33 more) Earliest costAsOf: 2025 Rolled-up p50 310.0k vs target p50 300.0k → distance 3.3%.

Cost coverage gap (38 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Semiconductor-grade silicon and electronicsmaterialadd cost
  • Low-cost real-time vision compute integrationengineering_methodadd cost
  • Refined copper conductor materialmaterialadd cost
  • Servo drive power stagemoduleadd cost
  • Servo drive current sensingmoduleadd cost
  • Servo drive Safe Torque Offmoduleadd cost
  • Alloy steel precision materialmaterialadd cost
  • Strain-wave reducer wave generatormoduleadd cost
  • Strain-wave reducer flexsplinemoduleadd cost
  • Strain-wave reducer circular splinemoduleadd cost
  • Reducer output bearingmoduleadd cost
  • Electrical steel lamination materialmaterialadd cost
  • Servo motor stator coremoduleadd cost
  • Servo motor windingsmoduleadd cost
  • NdPr rare-earth feedstockmaterialadd cost
  • Dysprosium / terbium heavy rare-earth additivesmaterialadd cost
  • Boron and iron magnet matrix materialmaterialadd cost
  • Rare-earth permanent magnet materialmaterialadd cost
  • Permanent-magnet rotormoduleadd cost
  • Servo motor encoder feedbackmoduleadd cost
  • Servo motor bearings and shaftmoduleadd cost
  • Aluminum structural materialmaterialadd cost
  • Servo motor housing and thermal designmoduleadd cost
  • Servo motor cables and connectorsmoduleadd cost
  • Servo motor integrated brake optionmoduleadd cost
  • Robot base installation and alignment processmanufacturing_processadd cost
  • Petrochemical elastomer feedstockmaterialadd cost
  • Parcel suction-cup contact qualificationengineering_methodadd cost
  • Vacuum suction cup arraymoduleadd cost
  • Vacuum generator or ejectormoduleadd cost
  • Vacuum blow-off timing and contamination controlengineering_methodadd cost
  • Vacuum valves and blow-off controlmoduleadd cost
  • Vacuum pressure sensingmoduleadd cost
  • Parcel induction and spacing controlengineering_methodadd cost
  • Barcode / OCR reading softwareengineering_methodadd cost
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 0.86/3 (gap 53.5%) + proximity component 2.00/2 → score 3/5. Per ADR-0003, 38 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_base_installation_alignment_process: Robot base installation and alignment process; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; robot_base_mounting_structure_cost: Robot base mounting structure cost; conveyor_integration_cost: Conveyor integration hardware cost; plc_and_wcs_integration_cost: PLC and WCS integration cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; warehouse_machine_safety_standard: Warehouse machine safety standard; org_rockwell_automation: Rockwell Automation; org_keyence: KEYENCE; org_sick: SICK; org_omron: OMRON; org_leuze: Leuze

0/5What downstream capabilities would be unlocked if a key bottleneck is solved?

No downstream unlocked nodes found.

1/5What should be researched or added next?

high: Add evidence to high-confidence dependency edges - 1 high-confidence edges lack evidence references. Edge IDs: e_v0_product_enables_capability (low_cost_parcel_sorting_robot_300k_rmb->affordable_small_warehouse_automation). Add evidenceIds with reviewed, high-confidence, non-vendor support or lower the edge confidence/review status if support is not available.; high: Review or replace weak parcel evidence records - 83 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_end_effector_gripper_or_suction_cost_2025, ev_parcel_manipulation_or_diverter_cost_2025, ev_industrial_area_scan_camera_cost_2025, ev_machine_vision_lens_and_optics_cost_2025 (+78 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 260 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+96 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+154 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 206 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: vision_barcode_label_recognition, parcel_detection_and_tracking, parcel_manipulation_or_diverter, industrial_robot_arm_body, robot_cabling_and_power (+48 more). Edge IDs: e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system), e_product_requires_safety (low_cost_parcel_sorting_robot_300k_rmb->safety_system), e_product_requires_structure (low_cost_parcel_sorting_robot_300k_rmb->mechanical_structure), e_product_requires_maintenance (low_cost_parcel_sorting_robot_300k_rmb->maintenance_workflow), e_product_requires_cost_stack (low_cost_parcel_sorting_robot_300k_rmb->cost_optimized_hardware_stack) (+148 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute (+146 more). Expected node kinds: engineering_method, metric, bottleneck, evidence. Expand vision_barcode_label_recognition first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 260 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing; warehouse_machine_safety_standard: Warehouse machine safety standard; org_fanuc: FANUC; org_estun: Estun Automation; org_inovance: Inovance Technology

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 260 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-06-07T18:21:22.727Z · Gate overall (evidence/coverage): 3/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3/5 · Status: failed

Generated at: 2026-06-07T18:21:22.727Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

controlled_machine_vision_lighting: Controlled machine-vision lighting; parcel_detection_and_tracking: Parcel detection and tracking; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; jam_detection_and_recovery: Jam detection and recovery; maintenance_workflow: Maintenance workflow

5/5What key metrics determine progress?

total_system_cost: Total system cost — target 300,000 RMB; parcels_per_hour: Parcels per hour — current p50 1,500 (range 325–1,800) parcels/hour; target 1,500 parcels/hour; sorting_accuracy: Sorting accuracy — current p50 99 (range 98–99.5) %; target 99 %; allowed_parcel_weight_range: Allowed parcel weight range — current 0.003-35 kg adjacent benchmark envelope; v0 target remains 0.05-25 kg mixed parcels; target 0.05-25 kg; allowed_parcel_size_range: Allowed parcel size range — current 76 x 76 x 2.5 mm to 700 x 700 x 1200 mm adjacent benchmark envelope; v0 target longest dimension up to 700 mm; target longest dimension up to 700 mm; failure_jam_rate: Failure / jam rate — current p50 10 (range 1–20) events/1000 parcels; target 10 events/1000 parcels; human_intervention_rate: Human intervention rate — current p50 1 (range 0.5–4) %; target 1 %; installation_time: Installation time — current p50 5 (range 1–7) days; target 7 days; maintenance_cost: Maintenance cost — current p50 24,000 (range 12,000–45,000) RMB/year; target 18,000 RMB/year; payback_period: Payback period — current p50 36 (range 24–48) months; target 24 months

3/5What is the current estimated maturity?

prototype (59/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
0/5What breakthrough nodes are missing or only placeholders?

No placeholder breakthrough nodes found.

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_perf_abb_robotic_parcel_inductor_2026: Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_perf_wayzim_robotic_parcel_infeed_2026: Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_perf_mesh_xinduct_2026: XInduct High-Speed Robotic Induction System [unreviewed, medium, product_page]; ev_perf_robominds_titan_2026: TITAN robotic parcel singulation [unreviewed, medium, product_page]; ev_perf_ambisort_a_series_spec: AmbiSort A-Series V3 technical specifications [unreviewed, medium, product_page]; ev_perf_flostor_parcel_sortation_roi_2026: High-Speed Parcel Sortation Systems [unreviewed, low, expert_review]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_maintenance_robot_annual_cost_benchmark_2026: Annual Robot Maintenance Costs: What to Budget Beyond the Purchase Price [unreviewed, low, expert_review]; ev_maintenance_robot_cost_range_rcc_2026: Robot maintenance cost: full breakdown and savings [unreviewed, low, expert_review]; ev_maintenance_abb_robotics_service_2026: Maintenance [unreviewed, medium, product_page]; ev_maintenance_fanuc_pm_checklist_2023: Preventative Maintenance Checklist for your Fanuc Robot [unreviewed, medium, product_page]; ev_maintenance_conveyor_cost_factors_2026: Conveyor Cost & Pricing Guide [unreviewed, low, expert_review]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]; ev_mfg_ifr_world_robotics_2025: World Robotics 2025 industrial robot statistics [unreviewed, high, expert_review]; ev_mfg_inovance_2024h1_robot_servo_share: Inovance Technology 2024 interim report [unreviewed, medium, historical_source]; ev_mfg_abb_robotic_parcel_inductor_2026: ABB Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_mfg_siemens_simatic_plc: SIMATIC Controllers [unreviewed, medium, product_page]; ev_mfg_mitsubishi_plc_servo: Mitsubishi Electric Factory Automation controllers and servo systems [unreviewed, medium, product_page]; ev_mfg_rockwell_controllers_safety: Rockwell Automation programmable controllers and safety control products [unreviewed, medium, product_page]; ev_mfg_schneider_modicon_plc: Modicon PLC and PAC documentation [unreviewed, medium, product_page]; ev_mfg_nabtesco_precision_reducer_60_share: Nabtesco Precision Equipment Company profile [unreviewed, high, product_page]; ev_mfg_leaderdrive_harmonic_reducer_2024: Leaderdrive 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_china_reducer_share_low_confidence: China RV reducer supplier share summary [unreviewed, low, news]; ev_mfg_hikrobot_ipo_machine_vision_share: Hikrobot IPO inquiry reply materials [unreviewed, medium, historical_source]; ev_mfg_keyence_vision_safety_products: KEYENCE safety and machine-vision products [unreviewed, medium, product_page]; ev_mfg_cognex_machine_vision_code_readers: Cognex machine vision and barcode readers [unreviewed, medium, product_page]; ev_mfg_basler_industrial_cameras: Basler industrial cameras [unreviewed, medium, product_page]; ev_mfg_opt_machine_vision_components: OPT Machine Vision products [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pads: SMC vacuum pads catalog [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_end_effectors: Schmalz vacuum end effectors VEE [unreviewed, medium, product_page]; ev_mfg_piab_suction_cups_soft_grippers: Piab suction cups and soft grippers [unreviewed, medium, product_page]; ev_mfg_onrobot_vacuum_grippers: OnRobot vacuum grippers [unreviewed, medium, product_page]; ev_mfg_wayzim_robotic_parcel_infeed_2026: Wayzim Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_mfg_wayzim_crossbelt_sorter_2026: Wayzim cross-belt sorter overview [unreviewed, medium, product_page]; ev_mfg_dematic_sortation_controls: Dematic automated sortation systems [unreviewed, medium, product_page]; ev_mfg_vanderlande_parcel_sorting: Vanderlande parcel sorting systems [unreviewed, medium, product_page]; ev_mfg_daifuku_sorting_systems: Daifuku sorting systems [unreviewed, medium, product_page]; ev_mfg_honeywell_sortation_momentum_2026: Honeywell sortation systems and Momentum warehouse execution software [unreviewed, medium, product_page]; ev_mfg_manhattan_wms_gartner_2024: Manhattan Associates named a Leader in the 2024 Gartner Magic Quadrant for WMS [unreviewed, medium, news]; ev_mfg_sick_safety_light_curtains: SICK C4000 safety light curtains [unreviewed, medium, product_page]; ev_mfg_omron_safety_light_curtain: OMRON F3SG safety light curtain [unreviewed, medium, product_page]; ev_mfg_leuze_safety_sensors: Leuze safety sensors product overview [unreviewed, medium, product_page]; ev_mfg_iea_rare_earth_2026: Rare Earth Elements executive summary [unreviewed, high, expert_review]; ev_mfg_jlmag_esg_2024: JL MAG 2024 ESG report [unreviewed, medium, historical_source]; ev_mfg_zhongke_sanhuan_2024_report: Zhong Ke San Huan 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_ningbo_yunsheng_capacity: Ningbo Yunsheng company profile [unreviewed, medium, product_page]; ev_mfg_china_northern_rare_earth_2024: Sales at China Northern Rare Earth rise in 2024 [unreviewed, medium, news]; ev_mfg_mp_materials_mountain_pass: MP Materials Mountain Pass [unreviewed, medium, product_page]; ev_mfg_lynas_rare_earths_2024: Lynas Rare Earths 2024 annual report [unreviewed, medium, historical_source]

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 260 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): p50=310.0k, range=160.4k–550.3k Target cost (RMB): p50=300.0k Coverage gap: 38 node(s) — semiconductor_grade_silicon_and_electronics, low_cost_realtime_vision_compute_integration, refined_copper_conductor_material, servo_drive_power_stage, servo_drive_current_sensing (+33 more) Earliest costAsOf: 2025 Rolled-up p50 310.0k vs target p50 300.0k → distance 3.3%.

Cost coverage gap (38 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Semiconductor-grade silicon and electronicsmaterialadd cost
  • Low-cost real-time vision compute integrationengineering_methodadd cost
  • Refined copper conductor materialmaterialadd cost
  • Servo drive power stagemoduleadd cost
  • Servo drive current sensingmoduleadd cost
  • Servo drive Safe Torque Offmoduleadd cost
  • Alloy steel precision materialmaterialadd cost
  • Strain-wave reducer wave generatormoduleadd cost
  • Strain-wave reducer flexsplinemoduleadd cost
  • Strain-wave reducer circular splinemoduleadd cost
  • Reducer output bearingmoduleadd cost
  • Electrical steel lamination materialmaterialadd cost
  • Servo motor stator coremoduleadd cost
  • Servo motor windingsmoduleadd cost
  • NdPr rare-earth feedstockmaterialadd cost
  • Dysprosium / terbium heavy rare-earth additivesmaterialadd cost
  • Boron and iron magnet matrix materialmaterialadd cost
  • Rare-earth permanent magnet materialmaterialadd cost
  • Permanent-magnet rotormoduleadd cost
  • Servo motor encoder feedbackmoduleadd cost
  • Servo motor bearings and shaftmoduleadd cost
  • Aluminum structural materialmaterialadd cost
  • Servo motor housing and thermal designmoduleadd cost
  • Servo motor cables and connectorsmoduleadd cost
  • Servo motor integrated brake optionmoduleadd cost
  • Robot base installation and alignment processmanufacturing_processadd cost
  • Petrochemical elastomer feedstockmaterialadd cost
  • Parcel suction-cup contact qualificationengineering_methodadd cost
  • Vacuum suction cup arraymoduleadd cost
  • Vacuum generator or ejectormoduleadd cost
  • Vacuum blow-off timing and contamination controlengineering_methodadd cost
  • Vacuum valves and blow-off controlmoduleadd cost
  • Vacuum pressure sensingmoduleadd cost
  • Parcel induction and spacing controlengineering_methodadd cost
  • Barcode / OCR reading softwareengineering_methodadd cost
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 0.86/3 (gap 53.5%) + proximity component 2.00/2 → score 3/5. Per ADR-0003, 38 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_base_installation_alignment_process: Robot base installation and alignment process; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; robot_base_mounting_structure_cost: Robot base mounting structure cost; conveyor_integration_cost: Conveyor integration hardware cost; plc_and_wcs_integration_cost: PLC and WCS integration cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; warehouse_machine_safety_standard: Warehouse machine safety standard; org_rockwell_automation: Rockwell Automation; org_keyence: KEYENCE; org_sick: SICK; org_omron: OMRON; org_leuze: Leuze

0/5What downstream capabilities would be unlocked if a key bottleneck is solved?

No downstream unlocked nodes found.

1/5What should be researched or added next?

high: Add evidence to high-confidence dependency edges - 1 high-confidence edges lack evidence references. Edge IDs: e_v0_product_enables_capability (low_cost_parcel_sorting_robot_300k_rmb->affordable_small_warehouse_automation). Add evidenceIds with reviewed, high-confidence, non-vendor support or lower the edge confidence/review status if support is not available.; high: Review or replace weak parcel evidence records - 83 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_end_effector_gripper_or_suction_cost_2025, ev_parcel_manipulation_or_diverter_cost_2025, ev_industrial_area_scan_camera_cost_2025, ev_machine_vision_lens_and_optics_cost_2025 (+78 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 260 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+96 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+154 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 206 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: vision_barcode_label_recognition, parcel_detection_and_tracking, parcel_manipulation_or_diverter, industrial_robot_arm_body, robot_cabling_and_power (+48 more). Edge IDs: e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system), e_product_requires_safety (low_cost_parcel_sorting_robot_300k_rmb->safety_system), e_product_requires_structure (low_cost_parcel_sorting_robot_300k_rmb->mechanical_structure), e_product_requires_maintenance (low_cost_parcel_sorting_robot_300k_rmb->maintenance_workflow), e_product_requires_cost_stack (low_cost_parcel_sorting_robot_300k_rmb->cost_optimized_hardware_stack) (+148 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute (+146 more). Expected node kinds: engineering_method, metric, bottleneck, evidence. Expand vision_barcode_label_recognition first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 260 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing; warehouse_machine_safety_standard: Warehouse machine safety standard; org_fanuc: FANUC; org_estun: Estun Automation; org_inovance: Inovance Technology

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 260 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-06-07T18:16:53.968Z · Gate overall (evidence/coverage): 3/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3/5 · Status: failed

Generated at: 2026-06-07T18:16:53.968Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

controlled_machine_vision_lighting: Controlled machine-vision lighting; parcel_detection_and_tracking: Parcel detection and tracking; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; jam_detection_and_recovery: Jam detection and recovery; maintenance_workflow: Maintenance workflow

5/5What key metrics determine progress?

total_system_cost: Total system cost — target 300,000 RMB; parcels_per_hour: Parcels per hour — current p50 1,500 (range 325–1,800) parcels/hour; target 1,500 parcels/hour; sorting_accuracy: Sorting accuracy — current p50 99 (range 98–99.5) %; target 99 %; allowed_parcel_weight_range: Allowed parcel weight range — current 0.003-35 kg adjacent benchmark envelope; v0 target remains 0.05-25 kg mixed parcels; target 0.05-25 kg; allowed_parcel_size_range: Allowed parcel size range — current 76 x 76 x 2.5 mm to 700 x 700 x 1200 mm adjacent benchmark envelope; v0 target longest dimension up to 700 mm; target longest dimension up to 700 mm; failure_jam_rate: Failure / jam rate — current p50 10 (range 1–20) events/1000 parcels; target 10 events/1000 parcels; human_intervention_rate: Human intervention rate — current p50 1 (range 0.5–4) %; target 1 %; installation_time: Installation time — current p50 5 (range 1–7) days; target 7 days; maintenance_cost: Maintenance cost — current p50 24,000 (range 12,000–45,000) RMB/year; target 18,000 RMB/year; payback_period: Payback period — current p50 36 (range 24–48) months; target 24 months

3/5What is the current estimated maturity?

prototype (59/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
0/5What breakthrough nodes are missing or only placeholders?

No placeholder breakthrough nodes found.

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_perf_abb_robotic_parcel_inductor_2026: Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_perf_wayzim_robotic_parcel_infeed_2026: Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_perf_mesh_xinduct_2026: XInduct High-Speed Robotic Induction System [unreviewed, medium, product_page]; ev_perf_robominds_titan_2026: TITAN robotic parcel singulation [unreviewed, medium, product_page]; ev_perf_ambisort_a_series_spec: AmbiSort A-Series V3 technical specifications [unreviewed, medium, product_page]; ev_perf_flostor_parcel_sortation_roi_2026: High-Speed Parcel Sortation Systems [unreviewed, low, expert_review]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_maintenance_robot_annual_cost_benchmark_2026: Annual Robot Maintenance Costs: What to Budget Beyond the Purchase Price [unreviewed, low, expert_review]; ev_maintenance_robot_cost_range_rcc_2026: Robot maintenance cost: full breakdown and savings [unreviewed, low, expert_review]; ev_maintenance_abb_robotics_service_2026: Maintenance [unreviewed, medium, product_page]; ev_maintenance_fanuc_pm_checklist_2023: Preventative Maintenance Checklist for your Fanuc Robot [unreviewed, medium, product_page]; ev_maintenance_conveyor_cost_factors_2026: Conveyor Cost & Pricing Guide [unreviewed, low, expert_review]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]; ev_mfg_ifr_world_robotics_2025: World Robotics 2025 industrial robot statistics [unreviewed, high, expert_review]; ev_mfg_inovance_2024h1_robot_servo_share: Inovance Technology 2024 interim report [unreviewed, medium, historical_source]; ev_mfg_abb_robotic_parcel_inductor_2026: ABB Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_mfg_siemens_simatic_plc: SIMATIC Controllers [unreviewed, medium, product_page]; ev_mfg_mitsubishi_plc_servo: Mitsubishi Electric Factory Automation controllers and servo systems [unreviewed, medium, product_page]; ev_mfg_rockwell_controllers_safety: Rockwell Automation programmable controllers and safety control products [unreviewed, medium, product_page]; ev_mfg_schneider_modicon_plc: Modicon PLC and PAC documentation [unreviewed, medium, product_page]; ev_mfg_nabtesco_precision_reducer_60_share: Nabtesco Precision Equipment Company profile [unreviewed, high, product_page]; ev_mfg_leaderdrive_harmonic_reducer_2024: Leaderdrive 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_china_reducer_share_low_confidence: China RV reducer supplier share summary [unreviewed, low, news]; ev_mfg_hikrobot_ipo_machine_vision_share: Hikrobot IPO inquiry reply materials [unreviewed, medium, historical_source]; ev_mfg_keyence_vision_safety_products: KEYENCE safety and machine-vision products [unreviewed, medium, product_page]; ev_mfg_cognex_machine_vision_code_readers: Cognex machine vision and barcode readers [unreviewed, medium, product_page]; ev_mfg_basler_industrial_cameras: Basler industrial cameras [unreviewed, medium, product_page]; ev_mfg_opt_machine_vision_components: OPT Machine Vision products [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pads: SMC vacuum pads catalog [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_end_effectors: Schmalz vacuum end effectors VEE [unreviewed, medium, product_page]; ev_mfg_piab_suction_cups_soft_grippers: Piab suction cups and soft grippers [unreviewed, medium, product_page]; ev_mfg_onrobot_vacuum_grippers: OnRobot vacuum grippers [unreviewed, medium, product_page]; ev_mfg_wayzim_robotic_parcel_infeed_2026: Wayzim Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_mfg_wayzim_crossbelt_sorter_2026: Wayzim cross-belt sorter overview [unreviewed, medium, product_page]; ev_mfg_dematic_sortation_controls: Dematic automated sortation systems [unreviewed, medium, product_page]; ev_mfg_vanderlande_parcel_sorting: Vanderlande parcel sorting systems [unreviewed, medium, product_page]; ev_mfg_daifuku_sorting_systems: Daifuku sorting systems [unreviewed, medium, product_page]; ev_mfg_honeywell_sortation_momentum_2026: Honeywell sortation systems and Momentum warehouse execution software [unreviewed, medium, product_page]; ev_mfg_manhattan_wms_gartner_2024: Manhattan Associates named a Leader in the 2024 Gartner Magic Quadrant for WMS [unreviewed, medium, news]; ev_mfg_sick_safety_light_curtains: SICK C4000 safety light curtains [unreviewed, medium, product_page]; ev_mfg_omron_safety_light_curtain: OMRON F3SG safety light curtain [unreviewed, medium, product_page]; ev_mfg_leuze_safety_sensors: Leuze safety sensors product overview [unreviewed, medium, product_page]; ev_mfg_iea_rare_earth_2026: Rare Earth Elements executive summary [unreviewed, high, expert_review]; ev_mfg_jlmag_esg_2024: JL MAG 2024 ESG report [unreviewed, medium, historical_source]; ev_mfg_zhongke_sanhuan_2024_report: Zhong Ke San Huan 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_ningbo_yunsheng_capacity: Ningbo Yunsheng company profile [unreviewed, medium, product_page]; ev_mfg_china_northern_rare_earth_2024: Sales at China Northern Rare Earth rise in 2024 [unreviewed, medium, news]; ev_mfg_mp_materials_mountain_pass: MP Materials Mountain Pass [unreviewed, medium, product_page]; ev_mfg_lynas_rare_earths_2024: Lynas Rare Earths 2024 annual report [unreviewed, medium, historical_source]

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 256 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): p50=310.0k, range=160.4k–550.3k Target cost (RMB): p50=300.0k Coverage gap: 38 node(s) — semiconductor_grade_silicon_and_electronics, low_cost_realtime_vision_compute_integration, refined_copper_conductor_material, servo_drive_power_stage, servo_drive_current_sensing (+33 more) Earliest costAsOf: 2025 Rolled-up p50 310.0k vs target p50 300.0k → distance 3.3%.

Cost coverage gap (38 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Semiconductor-grade silicon and electronicsmaterialadd cost
  • Low-cost real-time vision compute integrationengineering_methodadd cost
  • Refined copper conductor materialmaterialadd cost
  • Servo drive power stagemoduleadd cost
  • Servo drive current sensingmoduleadd cost
  • Servo drive Safe Torque Offmoduleadd cost
  • Alloy steel precision materialmaterialadd cost
  • Strain-wave reducer wave generatormoduleadd cost
  • Strain-wave reducer flexsplinemoduleadd cost
  • Strain-wave reducer circular splinemoduleadd cost
  • Reducer output bearingmoduleadd cost
  • Electrical steel lamination materialmaterialadd cost
  • Servo motor stator coremoduleadd cost
  • Servo motor windingsmoduleadd cost
  • NdPr rare-earth feedstockmaterialadd cost
  • Dysprosium / terbium heavy rare-earth additivesmaterialadd cost
  • Boron and iron magnet matrix materialmaterialadd cost
  • Rare-earth permanent magnet materialmaterialadd cost
  • Permanent-magnet rotormoduleadd cost
  • Servo motor encoder feedbackmoduleadd cost
  • Servo motor bearings and shaftmoduleadd cost
  • Aluminum structural materialmaterialadd cost
  • Servo motor housing and thermal designmoduleadd cost
  • Servo motor cables and connectorsmoduleadd cost
  • Servo motor integrated brake optionmoduleadd cost
  • Robot base installation and alignment processmanufacturing_processadd cost
  • Petrochemical elastomer feedstockmaterialadd cost
  • Parcel suction-cup contact qualificationengineering_methodadd cost
  • Vacuum suction cup arraymoduleadd cost
  • Vacuum generator or ejectormoduleadd cost
  • Vacuum blow-off timing and contamination controlengineering_methodadd cost
  • Vacuum valves and blow-off controlmoduleadd cost
  • Vacuum pressure sensingmoduleadd cost
  • Parcel induction and spacing controlengineering_methodadd cost
  • Barcode / OCR reading softwareengineering_methodadd cost
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 0.86/3 (gap 53.5%) + proximity component 2.00/2 → score 3/5. Per ADR-0003, 38 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_base_installation_alignment_process: Robot base installation and alignment process; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; robot_base_mounting_structure_cost: Robot base mounting structure cost; conveyor_integration_cost: Conveyor integration hardware cost; plc_and_wcs_integration_cost: PLC and WCS integration cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; warehouse_machine_safety_standard: Warehouse machine safety standard; org_rockwell_automation: Rockwell Automation; org_keyence: KEYENCE; org_sick: SICK; org_omron: OMRON; org_leuze: Leuze

0/5What downstream capabilities would be unlocked if a key bottleneck is solved?

No downstream unlocked nodes found.

1/5What should be researched or added next?

high: Add evidence to high-confidence dependency edges - 1 high-confidence edges lack evidence references. Edge IDs: e_v0_product_enables_capability (low_cost_parcel_sorting_robot_300k_rmb->affordable_small_warehouse_automation). Add evidenceIds with reviewed, high-confidence, non-vendor support or lower the edge confidence/review status if support is not available.; high: Review or replace weak parcel evidence records - 83 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_end_effector_gripper_or_suction_cost_2025, ev_parcel_manipulation_or_diverter_cost_2025, ev_industrial_area_scan_camera_cost_2025, ev_machine_vision_lens_and_optics_cost_2025 (+78 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 256 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+96 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+150 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 202 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: vision_barcode_label_recognition, parcel_detection_and_tracking, parcel_manipulation_or_diverter, industrial_robot_arm_body, robot_cabling_and_power (+48 more). Edge IDs: e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system), e_product_requires_safety (low_cost_parcel_sorting_robot_300k_rmb->safety_system), e_product_requires_structure (low_cost_parcel_sorting_robot_300k_rmb->mechanical_structure), e_product_requires_maintenance (low_cost_parcel_sorting_robot_300k_rmb->maintenance_workflow), e_product_requires_cost_stack (low_cost_parcel_sorting_robot_300k_rmb->cost_optimized_hardware_stack) (+144 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute (+146 more). Expected node kinds: engineering_method, metric, bottleneck, evidence. Expand vision_barcode_label_recognition first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 256 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing; warehouse_machine_safety_standard: Warehouse machine safety standard; org_fanuc: FANUC; org_estun: Estun Automation; org_inovance: Inovance Technology

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 256 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-06-07T17:44:10.899Z · Gate overall (evidence/coverage): 3/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3/5 · Status: failed

Generated at: 2026-06-07T17:44:10.899Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

controlled_machine_vision_lighting: Controlled machine-vision lighting; parcel_detection_and_tracking: Parcel detection and tracking; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; jam_detection_and_recovery: Jam detection and recovery; maintenance_workflow: Maintenance workflow

5/5What key metrics determine progress?

total_system_cost: Total system cost — target 300,000 RMB; parcels_per_hour: Parcels per hour — current p50 1,500 (range 325–1,800) parcels/hour; target 1,500 parcels/hour; sorting_accuracy: Sorting accuracy — current p50 99 (range 98–99.5) %; target 99 %; allowed_parcel_weight_range: Allowed parcel weight range — current 0.003-35 kg adjacent benchmark envelope; v0 target remains 0.05-25 kg mixed parcels; target 0.05-25 kg; allowed_parcel_size_range: Allowed parcel size range — current 76 x 76 x 2.5 mm to 700 x 700 x 1200 mm adjacent benchmark envelope; v0 target longest dimension up to 700 mm; target longest dimension up to 700 mm; failure_jam_rate: Failure / jam rate — current p50 10 (range 1–20) events/1000 parcels; target 10 events/1000 parcels; human_intervention_rate: Human intervention rate — current p50 1 (range 0.5–4) %; target 1 %; installation_time: Installation time — current p50 5 (range 1–7) days; target 7 days; maintenance_cost: Maintenance cost — current p50 24,000 (range 12,000–45,000) RMB/year; target 18,000 RMB/year; payback_period: Payback period — current p50 36 (range 24–48) months; target 24 months

3/5What is the current estimated maturity?

prototype (59/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
0/5What breakthrough nodes are missing or only placeholders?

No placeholder breakthrough nodes found.

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_perf_abb_robotic_parcel_inductor_2026: Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_perf_wayzim_robotic_parcel_infeed_2026: Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_perf_mesh_xinduct_2026: XInduct High-Speed Robotic Induction System [unreviewed, medium, product_page]; ev_perf_robominds_titan_2026: TITAN robotic parcel singulation [unreviewed, medium, product_page]; ev_perf_ambisort_a_series_spec: AmbiSort A-Series V3 technical specifications [unreviewed, medium, product_page]; ev_perf_flostor_parcel_sortation_roi_2026: High-Speed Parcel Sortation Systems [unreviewed, low, expert_review]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_maintenance_robot_annual_cost_benchmark_2026: Annual Robot Maintenance Costs: What to Budget Beyond the Purchase Price [unreviewed, low, expert_review]; ev_maintenance_robot_cost_range_rcc_2026: Robot maintenance cost: full breakdown and savings [unreviewed, low, expert_review]; ev_maintenance_abb_robotics_service_2026: Maintenance [unreviewed, medium, product_page]; ev_maintenance_fanuc_pm_checklist_2023: Preventative Maintenance Checklist for your Fanuc Robot [unreviewed, medium, product_page]; ev_maintenance_conveyor_cost_factors_2026: Conveyor Cost & Pricing Guide [unreviewed, low, expert_review]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]; ev_mfg_ifr_world_robotics_2025: World Robotics 2025 industrial robot statistics [unreviewed, high, expert_review]; ev_mfg_inovance_2024h1_robot_servo_share: Inovance Technology 2024 interim report [unreviewed, medium, historical_source]; ev_mfg_abb_robotic_parcel_inductor_2026: ABB Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_mfg_siemens_simatic_plc: SIMATIC Controllers [unreviewed, medium, product_page]; ev_mfg_mitsubishi_plc_servo: Mitsubishi Electric Factory Automation controllers and servo systems [unreviewed, medium, product_page]; ev_mfg_rockwell_controllers_safety: Rockwell Automation programmable controllers and safety control products [unreviewed, medium, product_page]; ev_mfg_schneider_modicon_plc: Modicon PLC and PAC documentation [unreviewed, medium, product_page]; ev_mfg_nabtesco_precision_reducer_60_share: Nabtesco Precision Equipment Company profile [unreviewed, high, product_page]; ev_mfg_leaderdrive_harmonic_reducer_2024: Leaderdrive 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_china_reducer_share_low_confidence: China RV reducer supplier share summary [unreviewed, low, news]; ev_mfg_hikrobot_ipo_machine_vision_share: Hikrobot IPO inquiry reply materials [unreviewed, medium, historical_source]; ev_mfg_keyence_vision_safety_products: KEYENCE safety and machine-vision products [unreviewed, medium, product_page]; ev_mfg_cognex_machine_vision_code_readers: Cognex machine vision and barcode readers [unreviewed, medium, product_page]; ev_mfg_basler_industrial_cameras: Basler industrial cameras [unreviewed, medium, product_page]; ev_mfg_opt_machine_vision_components: OPT Machine Vision products [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pads: SMC vacuum pads catalog [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_end_effectors: Schmalz vacuum end effectors VEE [unreviewed, medium, product_page]; ev_mfg_piab_suction_cups_soft_grippers: Piab suction cups and soft grippers [unreviewed, medium, product_page]; ev_mfg_onrobot_vacuum_grippers: OnRobot vacuum grippers [unreviewed, medium, product_page]; ev_mfg_wayzim_robotic_parcel_infeed_2026: Wayzim Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_mfg_wayzim_crossbelt_sorter_2026: Wayzim cross-belt sorter overview [unreviewed, medium, product_page]; ev_mfg_dematic_sortation_controls: Dematic automated sortation systems [unreviewed, medium, product_page]; ev_mfg_vanderlande_parcel_sorting: Vanderlande parcel sorting systems [unreviewed, medium, product_page]; ev_mfg_daifuku_sorting_systems: Daifuku sorting systems [unreviewed, medium, product_page]; ev_mfg_honeywell_sortation_momentum_2026: Honeywell sortation systems and Momentum warehouse execution software [unreviewed, medium, product_page]; ev_mfg_manhattan_wms_gartner_2024: Manhattan Associates named a Leader in the 2024 Gartner Magic Quadrant for WMS [unreviewed, medium, news]; ev_mfg_sick_safety_light_curtains: SICK C4000 safety light curtains [unreviewed, medium, product_page]; ev_mfg_omron_safety_light_curtain: OMRON F3SG safety light curtain [unreviewed, medium, product_page]; ev_mfg_leuze_safety_sensors: Leuze safety sensors product overview [unreviewed, medium, product_page]; ev_mfg_iea_rare_earth_2026: Rare Earth Elements executive summary [unreviewed, high, expert_review]; ev_mfg_jlmag_esg_2024: JL MAG 2024 ESG report [unreviewed, medium, historical_source]; ev_mfg_zhongke_sanhuan_2024_report: Zhong Ke San Huan 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_ningbo_yunsheng_capacity: Ningbo Yunsheng company profile [unreviewed, medium, product_page]; ev_mfg_china_northern_rare_earth_2024: Sales at China Northern Rare Earth rise in 2024 [unreviewed, medium, news]; ev_mfg_mp_materials_mountain_pass: MP Materials Mountain Pass [unreviewed, medium, product_page]; ev_mfg_lynas_rare_earths_2024: Lynas Rare Earths 2024 annual report [unreviewed, medium, historical_source]

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 250 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): p50=310.0k, range=160.4k–550.3k Target cost (RMB): p50=300.0k Coverage gap: 38 node(s) — semiconductor_grade_silicon_and_electronics, low_cost_realtime_vision_compute_integration, refined_copper_conductor_material, servo_drive_power_stage, servo_drive_current_sensing (+33 more) Earliest costAsOf: 2025 Rolled-up p50 310.0k vs target p50 300.0k → distance 3.3%.

Cost coverage gap (38 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Semiconductor-grade silicon and electronicsmaterialadd cost
  • Low-cost real-time vision compute integrationengineering_methodadd cost
  • Refined copper conductor materialmaterialadd cost
  • Servo drive power stagemoduleadd cost
  • Servo drive current sensingmoduleadd cost
  • Servo drive Safe Torque Offmoduleadd cost
  • Alloy steel precision materialmaterialadd cost
  • Strain-wave reducer wave generatormoduleadd cost
  • Strain-wave reducer flexsplinemoduleadd cost
  • Strain-wave reducer circular splinemoduleadd cost
  • Reducer output bearingmoduleadd cost
  • Electrical steel lamination materialmaterialadd cost
  • Servo motor stator coremoduleadd cost
  • Servo motor windingsmoduleadd cost
  • NdPr rare-earth feedstockmaterialadd cost
  • Dysprosium / terbium heavy rare-earth additivesmaterialadd cost
  • Boron and iron magnet matrix materialmaterialadd cost
  • Rare-earth permanent magnet materialmaterialadd cost
  • Permanent-magnet rotormoduleadd cost
  • Servo motor encoder feedbackmoduleadd cost
  • Servo motor bearings and shaftmoduleadd cost
  • Aluminum structural materialmaterialadd cost
  • Servo motor housing and thermal designmoduleadd cost
  • Servo motor cables and connectorsmoduleadd cost
  • Servo motor integrated brake optionmoduleadd cost
  • Robot base installation and alignment processmanufacturing_processadd cost
  • Petrochemical elastomer feedstockmaterialadd cost
  • Parcel suction-cup contact qualificationengineering_methodadd cost
  • Vacuum suction cup arraymoduleadd cost
  • Vacuum generator or ejectormoduleadd cost
  • Vacuum blow-off timing and contamination controlengineering_methodadd cost
  • Vacuum valves and blow-off controlmoduleadd cost
  • Vacuum pressure sensingmoduleadd cost
  • Parcel induction and spacing controlengineering_methodadd cost
  • Barcode / OCR reading softwareengineering_methodadd cost
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 0.86/3 (gap 53.5%) + proximity component 2.00/2 → score 3/5. Per ADR-0003, 38 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_base_installation_alignment_process: Robot base installation and alignment process; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; robot_base_mounting_structure_cost: Robot base mounting structure cost; conveyor_integration_cost: Conveyor integration hardware cost; plc_and_wcs_integration_cost: PLC and WCS integration cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; warehouse_machine_safety_standard: Warehouse machine safety standard; org_rockwell_automation: Rockwell Automation; org_keyence: KEYENCE; org_sick: SICK; org_omron: OMRON; org_leuze: Leuze

0/5What downstream capabilities would be unlocked if a key bottleneck is solved?

No downstream unlocked nodes found.

1/5What should be researched or added next?

high: Add evidence to high-confidence dependency edges - 1 high-confidence edges lack evidence references. Edge IDs: e_v0_product_enables_capability (low_cost_parcel_sorting_robot_300k_rmb->affordable_small_warehouse_automation). Add evidenceIds with reviewed, high-confidence, non-vendor support or lower the edge confidence/review status if support is not available.; high: Review or replace weak parcel evidence records - 83 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_end_effector_gripper_or_suction_cost_2025, ev_parcel_manipulation_or_diverter_cost_2025, ev_industrial_area_scan_camera_cost_2025, ev_machine_vision_lens_and_optics_cost_2025 (+78 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 250 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+96 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+144 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 196 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: vision_barcode_label_recognition, parcel_detection_and_tracking, parcel_manipulation_or_diverter, industrial_robot_arm_body, robot_cabling_and_power (+48 more). Edge IDs: e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system), e_product_requires_safety (low_cost_parcel_sorting_robot_300k_rmb->safety_system), e_product_requires_structure (low_cost_parcel_sorting_robot_300k_rmb->mechanical_structure), e_product_requires_maintenance (low_cost_parcel_sorting_robot_300k_rmb->maintenance_workflow), e_product_requires_cost_stack (low_cost_parcel_sorting_robot_300k_rmb->cost_optimized_hardware_stack) (+138 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute (+146 more). Expected node kinds: engineering_method, metric, bottleneck, evidence. Expand vision_barcode_label_recognition first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 250 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing; warehouse_machine_safety_standard: Warehouse machine safety standard; org_fanuc: FANUC; org_estun: Estun Automation; org_inovance: Inovance Technology

Missing Evidence
  • 83 scoped evidence records are weak or unreviewed.
  • 250 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 10 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-06-07T17:37:45.019Z · Gate overall (evidence/coverage): 3/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3/5 · Status: failed

Generated at: 2026-06-07T17:37:45.019Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

controlled_machine_vision_lighting: Controlled machine-vision lighting; parcel_detection_and_tracking: Parcel detection and tracking; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; jam_detection_and_recovery: Jam detection and recovery; maintenance_workflow: Maintenance workflow

5/5What key metrics determine progress?

total_system_cost: Total system cost — target 300,000 RMB; parcels_per_hour: Parcels per hour — current p50 1,500 (range 325–1,800) parcels/hour; target 1,500 parcels/hour; sorting_accuracy: Sorting accuracy — current p50 99 (range 98–99.5) %; target 99 %; allowed_parcel_weight_range: Allowed parcel weight range — current 0.003-35 kg adjacent benchmark envelope; v0 target remains 0.05-25 kg mixed parcels; target 0.05-25 kg; allowed_parcel_size_range: Allowed parcel size range — current 76 x 76 x 2.5 mm to 700 x 700 x 1200 mm adjacent benchmark envelope; v0 target longest dimension up to 700 mm; target longest dimension up to 700 mm; failure_jam_rate: Failure / jam rate — current p50 10 (range 1–20) events/1000 parcels; target 10 events/1000 parcels; human_intervention_rate: Human intervention rate — current p50 1 (range 0.5–4) %; target 1 %; installation_time: Installation time — current p50 5 (range 1–7) days; target 7 days; maintenance_cost: Maintenance cost; payback_period: Payback period — current p50 36 (range 24–48) months; target 24 months

3/5What is the current estimated maturity?

prototype (59/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
0/5What breakthrough nodes are missing or only placeholders?

No placeholder breakthrough nodes found.

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_perf_abb_robotic_parcel_inductor_2026: Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_perf_wayzim_robotic_parcel_infeed_2026: Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_perf_mesh_xinduct_2026: XInduct High-Speed Robotic Induction System [unreviewed, medium, product_page]; ev_perf_robominds_titan_2026: TITAN robotic parcel singulation [unreviewed, medium, product_page]; ev_perf_ambisort_a_series_spec: AmbiSort A-Series V3 technical specifications [unreviewed, medium, product_page]; ev_perf_flostor_parcel_sortation_roi_2026: High-Speed Parcel Sortation Systems [unreviewed, low, expert_review]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]; ev_mfg_ifr_world_robotics_2025: World Robotics 2025 industrial robot statistics [unreviewed, high, expert_review]; ev_mfg_inovance_2024h1_robot_servo_share: Inovance Technology 2024 interim report [unreviewed, medium, historical_source]; ev_mfg_abb_robotic_parcel_inductor_2026: ABB Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_mfg_siemens_simatic_plc: SIMATIC Controllers [unreviewed, medium, product_page]; ev_mfg_mitsubishi_plc_servo: Mitsubishi Electric Factory Automation controllers and servo systems [unreviewed, medium, product_page]; ev_mfg_rockwell_controllers_safety: Rockwell Automation programmable controllers and safety control products [unreviewed, medium, product_page]; ev_mfg_schneider_modicon_plc: Modicon PLC and PAC documentation [unreviewed, medium, product_page]; ev_mfg_nabtesco_precision_reducer_60_share: Nabtesco Precision Equipment Company profile [unreviewed, high, product_page]; ev_mfg_leaderdrive_harmonic_reducer_2024: Leaderdrive 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_china_reducer_share_low_confidence: China RV reducer supplier share summary [unreviewed, low, news]; ev_mfg_hikrobot_ipo_machine_vision_share: Hikrobot IPO inquiry reply materials [unreviewed, medium, historical_source]; ev_mfg_keyence_vision_safety_products: KEYENCE safety and machine-vision products [unreviewed, medium, product_page]; ev_mfg_cognex_machine_vision_code_readers: Cognex machine vision and barcode readers [unreviewed, medium, product_page]; ev_mfg_basler_industrial_cameras: Basler industrial cameras [unreviewed, medium, product_page]; ev_mfg_opt_machine_vision_components: OPT Machine Vision products [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pads: SMC vacuum pads catalog [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_end_effectors: Schmalz vacuum end effectors VEE [unreviewed, medium, product_page]; ev_mfg_piab_suction_cups_soft_grippers: Piab suction cups and soft grippers [unreviewed, medium, product_page]; ev_mfg_onrobot_vacuum_grippers: OnRobot vacuum grippers [unreviewed, medium, product_page]; ev_mfg_wayzim_robotic_parcel_infeed_2026: Wayzim Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_mfg_wayzim_crossbelt_sorter_2026: Wayzim cross-belt sorter overview [unreviewed, medium, product_page]; ev_mfg_dematic_sortation_controls: Dematic automated sortation systems [unreviewed, medium, product_page]; ev_mfg_vanderlande_parcel_sorting: Vanderlande parcel sorting systems [unreviewed, medium, product_page]; ev_mfg_daifuku_sorting_systems: Daifuku sorting systems [unreviewed, medium, product_page]; ev_mfg_honeywell_sortation_momentum_2026: Honeywell sortation systems and Momentum warehouse execution software [unreviewed, medium, product_page]; ev_mfg_manhattan_wms_gartner_2024: Manhattan Associates named a Leader in the 2024 Gartner Magic Quadrant for WMS [unreviewed, medium, news]; ev_mfg_sick_safety_light_curtains: SICK C4000 safety light curtains [unreviewed, medium, product_page]; ev_mfg_omron_safety_light_curtain: OMRON F3SG safety light curtain [unreviewed, medium, product_page]; ev_mfg_leuze_safety_sensors: Leuze safety sensors product overview [unreviewed, medium, product_page]; ev_mfg_iea_rare_earth_2026: Rare Earth Elements executive summary [unreviewed, high, expert_review]; ev_mfg_jlmag_esg_2024: JL MAG 2024 ESG report [unreviewed, medium, historical_source]; ev_mfg_zhongke_sanhuan_2024_report: Zhong Ke San Huan 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_ningbo_yunsheng_capacity: Ningbo Yunsheng company profile [unreviewed, medium, product_page]; ev_mfg_china_northern_rare_earth_2024: Sales at China Northern Rare Earth rise in 2024 [unreviewed, medium, news]; ev_mfg_mp_materials_mountain_pass: MP Materials Mountain Pass [unreviewed, medium, product_page]; ev_mfg_lynas_rare_earths_2024: Lynas Rare Earths 2024 annual report [unreviewed, medium, historical_source]

Missing Evidence
  • 78 scoped evidence records are weak or unreviewed.
  • 251 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 11 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): p50=310.0k, range=160.4k–550.3k Target cost (RMB): p50=300.0k Coverage gap: 38 node(s) — semiconductor_grade_silicon_and_electronics, low_cost_realtime_vision_compute_integration, refined_copper_conductor_material, servo_drive_power_stage, servo_drive_current_sensing (+33 more) Earliest costAsOf: 2025 Rolled-up p50 310.0k vs target p50 300.0k → distance 3.3%.

Cost coverage gap (38 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Semiconductor-grade silicon and electronicsmaterialadd cost
  • Low-cost real-time vision compute integrationengineering_methodadd cost
  • Refined copper conductor materialmaterialadd cost
  • Servo drive power stagemoduleadd cost
  • Servo drive current sensingmoduleadd cost
  • Servo drive Safe Torque Offmoduleadd cost
  • Alloy steel precision materialmaterialadd cost
  • Strain-wave reducer wave generatormoduleadd cost
  • Strain-wave reducer flexsplinemoduleadd cost
  • Strain-wave reducer circular splinemoduleadd cost
  • Reducer output bearingmoduleadd cost
  • Electrical steel lamination materialmaterialadd cost
  • Servo motor stator coremoduleadd cost
  • Servo motor windingsmoduleadd cost
  • NdPr rare-earth feedstockmaterialadd cost
  • Dysprosium / terbium heavy rare-earth additivesmaterialadd cost
  • Boron and iron magnet matrix materialmaterialadd cost
  • Rare-earth permanent magnet materialmaterialadd cost
  • Permanent-magnet rotormoduleadd cost
  • Servo motor encoder feedbackmoduleadd cost
  • Servo motor bearings and shaftmoduleadd cost
  • Aluminum structural materialmaterialadd cost
  • Servo motor housing and thermal designmoduleadd cost
  • Servo motor cables and connectorsmoduleadd cost
  • Servo motor integrated brake optionmoduleadd cost
  • Robot base installation and alignment processmanufacturing_processadd cost
  • Petrochemical elastomer feedstockmaterialadd cost
  • Parcel suction-cup contact qualificationengineering_methodadd cost
  • Vacuum suction cup arraymoduleadd cost
  • Vacuum generator or ejectormoduleadd cost
  • Vacuum blow-off timing and contamination controlengineering_methodadd cost
  • Vacuum valves and blow-off controlmoduleadd cost
  • Vacuum pressure sensingmoduleadd cost
  • Parcel induction and spacing controlengineering_methodadd cost
  • Barcode / OCR reading softwareengineering_methodadd cost
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 0.86/3 (gap 53.5%) + proximity component 2.00/2 → score 3/5. Per ADR-0003, 38 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_base_installation_alignment_process: Robot base installation and alignment process; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; robot_base_mounting_structure_cost: Robot base mounting structure cost; conveyor_integration_cost: Conveyor integration hardware cost; plc_and_wcs_integration_cost: PLC and WCS integration cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; warehouse_machine_safety_standard: Warehouse machine safety standard; org_rockwell_automation: Rockwell Automation; org_keyence: KEYENCE; org_sick: SICK; org_omron: OMRON; org_leuze: Leuze

0/5What downstream capabilities would be unlocked if a key bottleneck is solved?

No downstream unlocked nodes found.

1/5What should be researched or added next?

high: Add evidence to high-confidence dependency edges - 1 high-confidence edges lack evidence references. Edge IDs: e_v0_product_enables_capability (low_cost_parcel_sorting_robot_300k_rmb->affordable_small_warehouse_automation). Add evidenceIds with reviewed, high-confidence, non-vendor support or lower the edge confidence/review status if support is not available.; high: Review or replace weak parcel evidence records - 78 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_end_effector_gripper_or_suction_cost_2025, ev_parcel_manipulation_or_diverter_cost_2025, ev_industrial_area_scan_camera_cost_2025, ev_machine_vision_lens_and_optics_cost_2025 (+73 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 251 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+96 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+145 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 197 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: vision_barcode_label_recognition, parcel_detection_and_tracking, parcel_manipulation_or_diverter, industrial_robot_arm_body, robot_cabling_and_power (+48 more). Edge IDs: e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system), e_product_requires_safety (low_cost_parcel_sorting_robot_300k_rmb->safety_system), e_product_requires_structure (low_cost_parcel_sorting_robot_300k_rmb->mechanical_structure), e_product_requires_maintenance (low_cost_parcel_sorting_robot_300k_rmb->maintenance_workflow), e_product_requires_cost_stack (low_cost_parcel_sorting_robot_300k_rmb->cost_optimized_hardware_stack) (+139 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute (+146 more). Expected node kinds: engineering_method, metric, bottleneck, evidence. Expand vision_barcode_label_recognition first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 78 scoped evidence records are weak or unreviewed.
  • 251 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 11 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing; warehouse_machine_safety_standard: Warehouse machine safety standard; org_fanuc: FANUC; org_estun: Estun Automation; org_inovance: Inovance Technology

Missing Evidence
  • 78 scoped evidence records are weak or unreviewed.
  • 251 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 11 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-06-07T17:23:01.247Z · Gate overall (evidence/coverage): 3/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3/5 · Status: failed

Generated at: 2026-06-07T17:23:01.247Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

controlled_machine_vision_lighting: Controlled machine-vision lighting; parcel_detection_and_tracking: Parcel detection and tracking; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; jam_detection_and_recovery: Jam detection and recovery; maintenance_workflow: Maintenance workflow

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (59/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
0/5What breakthrough nodes are missing or only placeholders?

No placeholder breakthrough nodes found.

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]; ev_mfg_ifr_world_robotics_2025: World Robotics 2025 industrial robot statistics [unreviewed, high, expert_review]; ev_mfg_inovance_2024h1_robot_servo_share: Inovance Technology 2024 interim report [unreviewed, medium, historical_source]; ev_mfg_abb_robotic_parcel_inductor_2026: ABB Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_mfg_siemens_simatic_plc: SIMATIC Controllers [unreviewed, medium, product_page]; ev_mfg_mitsubishi_plc_servo: Mitsubishi Electric Factory Automation controllers and servo systems [unreviewed, medium, product_page]; ev_mfg_rockwell_controllers_safety: Rockwell Automation programmable controllers and safety control products [unreviewed, medium, product_page]; ev_mfg_schneider_modicon_plc: Modicon PLC and PAC documentation [unreviewed, medium, product_page]; ev_mfg_nabtesco_precision_reducer_60_share: Nabtesco Precision Equipment Company profile [unreviewed, high, product_page]; ev_mfg_leaderdrive_harmonic_reducer_2024: Leaderdrive 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_china_reducer_share_low_confidence: China RV reducer supplier share summary [unreviewed, low, news]; ev_mfg_hikrobot_ipo_machine_vision_share: Hikrobot IPO inquiry reply materials [unreviewed, medium, historical_source]; ev_mfg_keyence_vision_safety_products: KEYENCE safety and machine-vision products [unreviewed, medium, product_page]; ev_mfg_cognex_machine_vision_code_readers: Cognex machine vision and barcode readers [unreviewed, medium, product_page]; ev_mfg_basler_industrial_cameras: Basler industrial cameras [unreviewed, medium, product_page]; ev_mfg_opt_machine_vision_components: OPT Machine Vision products [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pads: SMC vacuum pads catalog [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_end_effectors: Schmalz vacuum end effectors VEE [unreviewed, medium, product_page]; ev_mfg_piab_suction_cups_soft_grippers: Piab suction cups and soft grippers [unreviewed, medium, product_page]; ev_mfg_onrobot_vacuum_grippers: OnRobot vacuum grippers [unreviewed, medium, product_page]; ev_mfg_wayzim_robotic_parcel_infeed_2026: Wayzim Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_mfg_wayzim_crossbelt_sorter_2026: Wayzim cross-belt sorter overview [unreviewed, medium, product_page]; ev_mfg_dematic_sortation_controls: Dematic automated sortation systems [unreviewed, medium, product_page]; ev_mfg_vanderlande_parcel_sorting: Vanderlande parcel sorting systems [unreviewed, medium, product_page]; ev_mfg_daifuku_sorting_systems: Daifuku sorting systems [unreviewed, medium, product_page]; ev_mfg_honeywell_sortation_momentum_2026: Honeywell sortation systems and Momentum warehouse execution software [unreviewed, medium, product_page]; ev_mfg_manhattan_wms_gartner_2024: Manhattan Associates named a Leader in the 2024 Gartner Magic Quadrant for WMS [unreviewed, medium, news]; ev_mfg_sick_safety_light_curtains: SICK C4000 safety light curtains [unreviewed, medium, product_page]; ev_mfg_omron_safety_light_curtain: OMRON F3SG safety light curtain [unreviewed, medium, product_page]; ev_mfg_leuze_safety_sensors: Leuze safety sensors product overview [unreviewed, medium, product_page]; ev_mfg_iea_rare_earth_2026: Rare Earth Elements executive summary [unreviewed, high, expert_review]; ev_mfg_jlmag_esg_2024: JL MAG 2024 ESG report [unreviewed, medium, historical_source]; ev_mfg_zhongke_sanhuan_2024_report: Zhong Ke San Huan 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_ningbo_yunsheng_capacity: Ningbo Yunsheng company profile [unreviewed, medium, product_page]; ev_mfg_china_northern_rare_earth_2024: Sales at China Northern Rare Earth rise in 2024 [unreviewed, medium, news]; ev_mfg_mp_materials_mountain_pass: MP Materials Mountain Pass [unreviewed, medium, product_page]; ev_mfg_lynas_rare_earths_2024: Lynas Rare Earths 2024 annual report [unreviewed, medium, historical_source]

Missing Evidence
  • 72 scoped evidence records are weak or unreviewed.
  • 251 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 12 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): p50=310.0k, range=160.4k–550.3k Target cost (RMB): p50=300.0k Coverage gap: 38 node(s) — semiconductor_grade_silicon_and_electronics, low_cost_realtime_vision_compute_integration, refined_copper_conductor_material, servo_drive_power_stage, servo_drive_current_sensing (+33 more) Earliest costAsOf: 2025 Rolled-up p50 310.0k vs target p50 300.0k → distance 3.3%.

Cost coverage gap (38 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Semiconductor-grade silicon and electronicsmaterialadd cost
  • Low-cost real-time vision compute integrationengineering_methodadd cost
  • Refined copper conductor materialmaterialadd cost
  • Servo drive power stagemoduleadd cost
  • Servo drive current sensingmoduleadd cost
  • Servo drive Safe Torque Offmoduleadd cost
  • Alloy steel precision materialmaterialadd cost
  • Strain-wave reducer wave generatormoduleadd cost
  • Strain-wave reducer flexsplinemoduleadd cost
  • Strain-wave reducer circular splinemoduleadd cost
  • Reducer output bearingmoduleadd cost
  • Electrical steel lamination materialmaterialadd cost
  • Servo motor stator coremoduleadd cost
  • Servo motor windingsmoduleadd cost
  • NdPr rare-earth feedstockmaterialadd cost
  • Dysprosium / terbium heavy rare-earth additivesmaterialadd cost
  • Boron and iron magnet matrix materialmaterialadd cost
  • Rare-earth permanent magnet materialmaterialadd cost
  • Permanent-magnet rotormoduleadd cost
  • Servo motor encoder feedbackmoduleadd cost
  • Servo motor bearings and shaftmoduleadd cost
  • Aluminum structural materialmaterialadd cost
  • Servo motor housing and thermal designmoduleadd cost
  • Servo motor cables and connectorsmoduleadd cost
  • Servo motor integrated brake optionmoduleadd cost
  • Robot base installation and alignment processmanufacturing_processadd cost
  • Petrochemical elastomer feedstockmaterialadd cost
  • Parcel suction-cup contact qualificationengineering_methodadd cost
  • Vacuum suction cup arraymoduleadd cost
  • Vacuum generator or ejectormoduleadd cost
  • Vacuum blow-off timing and contamination controlengineering_methodadd cost
  • Vacuum valves and blow-off controlmoduleadd cost
  • Vacuum pressure sensingmoduleadd cost
  • Parcel induction and spacing controlengineering_methodadd cost
  • Barcode / OCR reading softwareengineering_methodadd cost
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 0.86/3 (gap 53.5%) + proximity component 2.00/2 → score 3/5. Per ADR-0003, 38 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_base_installation_alignment_process: Robot base installation and alignment process; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; robot_base_mounting_structure_cost: Robot base mounting structure cost; conveyor_integration_cost: Conveyor integration hardware cost; plc_and_wcs_integration_cost: PLC and WCS integration cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; warehouse_machine_safety_standard: Warehouse machine safety standard; org_rockwell_automation: Rockwell Automation; org_keyence: KEYENCE; org_sick: SICK; org_omron: OMRON; org_leuze: Leuze

0/5What downstream capabilities would be unlocked if a key bottleneck is solved?

No downstream unlocked nodes found.

1/5What should be researched or added next?

high: Add evidence to high-confidence dependency edges - 1 high-confidence edges lack evidence references. Edge IDs: e_v0_product_enables_capability (low_cost_parcel_sorting_robot_300k_rmb->affordable_small_warehouse_automation). Add evidenceIds with reviewed, high-confidence, non-vendor support or lower the edge confidence/review status if support is not available.; high: Review or replace weak parcel evidence records - 72 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_end_effector_gripper_or_suction_cost_2025, ev_parcel_manipulation_or_diverter_cost_2025, ev_industrial_area_scan_camera_cost_2025, ev_machine_vision_lens_and_optics_cost_2025 (+67 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 251 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+96 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+145 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 197 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: vision_barcode_label_recognition, parcel_detection_and_tracking, parcel_manipulation_or_diverter, industrial_robot_arm_body, robot_cabling_and_power (+48 more). Edge IDs: e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system), e_product_requires_safety (low_cost_parcel_sorting_robot_300k_rmb->safety_system), e_product_requires_structure (low_cost_parcel_sorting_robot_300k_rmb->mechanical_structure), e_product_requires_maintenance (low_cost_parcel_sorting_robot_300k_rmb->maintenance_workflow), e_product_requires_cost_stack (low_cost_parcel_sorting_robot_300k_rmb->cost_optimized_hardware_stack) (+139 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute (+146 more). Expected node kinds: engineering_method, metric, bottleneck, evidence. Expand vision_barcode_label_recognition first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 72 scoped evidence records are weak or unreviewed.
  • 251 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 12 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing; warehouse_machine_safety_standard: Warehouse machine safety standard; org_fanuc: FANUC; org_estun: Estun Automation; org_inovance: Inovance Technology

Missing Evidence
  • 72 scoped evidence records are weak or unreviewed.
  • 251 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 12 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-06-07T17:17:18.323Z · Gate overall (evidence/coverage): 3/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3/5 · Status: failed

Generated at: 2026-06-07T17:17:18.323Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

controlled_machine_vision_lighting: Controlled machine-vision lighting; parcel_detection_and_tracking: Parcel detection and tracking; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; jam_detection_and_recovery: Jam detection and recovery; maintenance_workflow: Maintenance workflow

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (59/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
0/5What breakthrough nodes are missing or only placeholders?

No placeholder breakthrough nodes found.

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]; ev_mfg_ifr_world_robotics_2025: World Robotics 2025 industrial robot statistics [unreviewed, high, expert_review]; ev_mfg_inovance_2024h1_robot_servo_share: Inovance Technology 2024 interim report [unreviewed, medium, historical_source]; ev_mfg_abb_robotic_parcel_inductor_2026: ABB Robotic Parcel Inductor [unreviewed, medium, product_page]; ev_mfg_siemens_simatic_plc: SIMATIC Controllers [unreviewed, medium, product_page]; ev_mfg_mitsubishi_plc_servo: Mitsubishi Electric Factory Automation controllers and servo systems [unreviewed, medium, product_page]; ev_mfg_rockwell_controllers_safety: Rockwell Automation programmable controllers and safety control products [unreviewed, medium, product_page]; ev_mfg_schneider_modicon_plc: Modicon PLC and PAC documentation [unreviewed, medium, product_page]; ev_mfg_nabtesco_precision_reducer_60_share: Nabtesco Precision Equipment Company profile [unreviewed, high, product_page]; ev_mfg_leaderdrive_harmonic_reducer_2024: Leaderdrive 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_china_reducer_share_low_confidence: China RV reducer supplier share summary [unreviewed, low, news]; ev_mfg_hikrobot_ipo_machine_vision_share: Hikrobot IPO inquiry reply materials [unreviewed, medium, historical_source]; ev_mfg_keyence_vision_safety_products: KEYENCE safety and machine-vision products [unreviewed, medium, product_page]; ev_mfg_cognex_machine_vision_code_readers: Cognex machine vision and barcode readers [unreviewed, medium, product_page]; ev_mfg_basler_industrial_cameras: Basler industrial cameras [unreviewed, medium, product_page]; ev_mfg_opt_machine_vision_components: OPT Machine Vision products [unreviewed, medium, product_page]; ev_mfg_smc_vacuum_pads: SMC vacuum pads catalog [unreviewed, medium, product_page]; ev_mfg_schmalz_vacuum_end_effectors: Schmalz vacuum end effectors VEE [unreviewed, medium, product_page]; ev_mfg_piab_suction_cups_soft_grippers: Piab suction cups and soft grippers [unreviewed, medium, product_page]; ev_mfg_onrobot_vacuum_grippers: OnRobot vacuum grippers [unreviewed, medium, product_page]; ev_mfg_wayzim_robotic_parcel_infeed_2026: Wayzim Automated Robotic Parcel Infeed System [unreviewed, medium, product_page]; ev_mfg_wayzim_crossbelt_sorter_2026: Wayzim cross-belt sorter overview [unreviewed, medium, product_page]; ev_mfg_dematic_sortation_controls: Dematic automated sortation systems [unreviewed, medium, product_page]; ev_mfg_vanderlande_parcel_sorting: Vanderlande parcel sorting systems [unreviewed, medium, product_page]; ev_mfg_daifuku_sorting_systems: Daifuku sorting systems [unreviewed, medium, product_page]; ev_mfg_honeywell_sortation_momentum_2026: Honeywell sortation systems and Momentum warehouse execution software [unreviewed, medium, product_page]; ev_mfg_manhattan_wms_gartner_2024: Manhattan Associates named a Leader in the 2024 Gartner Magic Quadrant for WMS [unreviewed, medium, news]; ev_mfg_sick_safety_light_curtains: SICK C4000 safety light curtains [unreviewed, medium, product_page]; ev_mfg_omron_safety_light_curtain: OMRON F3SG safety light curtain [unreviewed, medium, product_page]; ev_mfg_leuze_safety_sensors: Leuze safety sensors product overview [unreviewed, medium, product_page]; ev_mfg_iea_rare_earth_2026: Rare Earth Elements executive summary [unreviewed, high, expert_review]; ev_mfg_jlmag_esg_2024: JL MAG 2024 ESG report [unreviewed, medium, historical_source]; ev_mfg_zhongke_sanhuan_2024_report: Zhong Ke San Huan 2024 annual report [unreviewed, medium, historical_source]; ev_mfg_ningbo_yunsheng_capacity: Ningbo Yunsheng company profile [unreviewed, medium, product_page]; ev_mfg_china_northern_rare_earth_2024: Sales at China Northern Rare Earth rise in 2024 [unreviewed, medium, news]; ev_mfg_mp_materials_mountain_pass: MP Materials Mountain Pass [unreviewed, medium, product_page]; ev_mfg_lynas_rare_earths_2024: Lynas Rare Earths 2024 annual report [unreviewed, medium, historical_source]

Missing Evidence
  • 72 scoped evidence records are weak or unreviewed.
  • 251 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 12 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): p50=310.0k, range=160.4k–550.3k Target cost (RMB): p50=300.0k Coverage gap: 38 node(s) — semiconductor_grade_silicon_and_electronics, low_cost_realtime_vision_compute_integration, refined_copper_conductor_material, servo_drive_power_stage, servo_drive_current_sensing (+33 more) Earliest costAsOf: 2025 Rolled-up p50 310.0k vs target p50 300.0k → distance 3.3%.

Cost coverage gap (38 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Semiconductor-grade silicon and electronicsmaterialadd cost
  • Low-cost real-time vision compute integrationengineering_methodadd cost
  • Refined copper conductor materialmaterialadd cost
  • Servo drive power stagemoduleadd cost
  • Servo drive current sensingmoduleadd cost
  • Servo drive Safe Torque Offmoduleadd cost
  • Alloy steel precision materialmaterialadd cost
  • Strain-wave reducer wave generatormoduleadd cost
  • Strain-wave reducer flexsplinemoduleadd cost
  • Strain-wave reducer circular splinemoduleadd cost
  • Reducer output bearingmoduleadd cost
  • Electrical steel lamination materialmaterialadd cost
  • Servo motor stator coremoduleadd cost
  • Servo motor windingsmoduleadd cost
  • NdPr rare-earth feedstockmaterialadd cost
  • Dysprosium / terbium heavy rare-earth additivesmaterialadd cost
  • Boron and iron magnet matrix materialmaterialadd cost
  • Rare-earth permanent magnet materialmaterialadd cost
  • Permanent-magnet rotormoduleadd cost
  • Servo motor encoder feedbackmoduleadd cost
  • Servo motor bearings and shaftmoduleadd cost
  • Aluminum structural materialmaterialadd cost
  • Servo motor housing and thermal designmoduleadd cost
  • Servo motor cables and connectorsmoduleadd cost
  • Servo motor integrated brake optionmoduleadd cost
  • Robot base installation and alignment processmanufacturing_processadd cost
  • Petrochemical elastomer feedstockmaterialadd cost
  • Parcel suction-cup contact qualificationengineering_methodadd cost
  • Vacuum suction cup arraymoduleadd cost
  • Vacuum generator or ejectormoduleadd cost
  • Vacuum blow-off timing and contamination controlengineering_methodadd cost
  • Vacuum valves and blow-off controlmoduleadd cost
  • Vacuum pressure sensingmoduleadd cost
  • Parcel induction and spacing controlengineering_methodadd cost
  • Barcode / OCR reading softwareengineering_methodadd cost
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 0.86/3 (gap 53.5%) + proximity component 2.00/2 → score 3/5. Per ADR-0003, 38 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

low_cost_realtime_vision_compute_integration: Low-cost real-time vision compute integration; reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_base_installation_alignment_process: Robot base installation and alignment process; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; robot_base_mounting_structure_cost: Robot base mounting structure cost; conveyor_integration_cost: Conveyor integration hardware cost; plc_and_wcs_integration_cost: PLC and WCS integration cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; warehouse_machine_safety_standard: Warehouse machine safety standard; org_rockwell_automation: Rockwell Automation; org_keyence: KEYENCE; org_sick: SICK; org_omron: OMRON; org_leuze: Leuze

0/5What downstream capabilities would be unlocked if a key bottleneck is solved?

No downstream unlocked nodes found.

1/5What should be researched or added next?

high: Add evidence to high-confidence dependency edges - 1 high-confidence edges lack evidence references. Edge IDs: e_v0_product_enables_capability (low_cost_parcel_sorting_robot_300k_rmb->affordable_small_warehouse_automation). Add evidenceIds with reviewed, high-confidence, non-vendor support or lower the edge confidence/review status if support is not available.; high: Review or replace weak parcel evidence records - 72 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_end_effector_gripper_or_suction_cost_2025, ev_parcel_manipulation_or_diverter_cost_2025, ev_industrial_area_scan_camera_cost_2025, ev_machine_vision_lens_and_optics_cost_2025 (+67 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 251 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+96 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_conveyor (low_cost_parcel_sorting_robot_300k_rmb->conveyor_integration), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system) (+145 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 197 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: vision_barcode_label_recognition, parcel_detection_and_tracking, parcel_manipulation_or_diverter, industrial_robot_arm_body, robot_cabling_and_power (+48 more). Edge IDs: e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system), e_product_requires_safety (low_cost_parcel_sorting_robot_300k_rmb->safety_system), e_product_requires_structure (low_cost_parcel_sorting_robot_300k_rmb->mechanical_structure), e_product_requires_maintenance (low_cost_parcel_sorting_robot_300k_rmb->maintenance_workflow), e_product_requires_cost_stack (low_cost_parcel_sorting_robot_300k_rmb->cost_optimized_hardware_stack) (+139 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute (+146 more). Expected node kinds: engineering_method, metric, bottleneck, evidence. Expand vision_barcode_label_recognition first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 72 scoped evidence records are weak or unreviewed.
  • 251 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 12 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel pick-and-place execution subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; conveyor_speed_encoder_tracking: Conveyor speed encoder tracking; parcel_induction_spacing_control: Parcel induction and spacing control; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing; warehouse_machine_safety_standard: Warehouse machine safety standard; org_fanuc: FANUC; org_estun: Estun Automation; org_inovance: Inovance Technology

Missing Evidence
  • 72 scoped evidence records are weak or unreviewed.
  • 251 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 12 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-05-11T01:19:46.370Z · Gate overall (evidence/coverage): 2.89/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 2.89/5 · Status: failed

Generated at: 2026-05-11T01:19:46.370Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

0/5What are the main bottlenecks?

No bottlenecks found.

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]

Missing Evidence
  • 36 scoped evidence records are weak or unreviewed.
  • 184 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 26 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

2/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): min=151.5k, typical=283.5k, max=470.3k Target cost (RMB): typical=300.0k Coverage gap: 44 node(s) — semiconductor_grade_silicon_and_electronics, conveyor_speed_encoder_tracking, refined_copper_conductor_material, servo_drive_power_stage, servo_drive_current_sensing (+39 more) Earliest costAsOf: 2025 Rolled-up typical 283.5k vs target typical 300.0k → distance 5.5%.

Cost coverage gap (44 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Semiconductor-grade silicon and electronicsmaterialadd cost
  • Conveyor speed encoder trackingmoduleadd cost
  • Refined copper conductor materialmaterialadd cost
  • Servo drive power stagemoduleadd cost
  • Servo drive current sensingmoduleadd cost
  • Servo drive Safe Torque Offmoduleadd cost
  • Servo drive / controllermoduleadd cost
  • Alloy steel precision materialmaterialadd cost
  • Strain-wave reducer wave generatormoduleadd cost
  • Strain-wave reducer flexsplinemoduleadd cost
  • Strain-wave reducer circular splinemoduleadd cost
  • Reducer output bearingmoduleadd cost
  • Precision reducer / gearboxmoduleadd cost
  • Electrical steel lamination materialmaterialadd cost
  • Servo motor stator coremoduleadd cost
  • Servo motor windingsmoduleadd cost
  • NdPr rare-earth feedstockmaterialadd cost
  • Dysprosium / terbium heavy rare-earth additivesmaterialadd cost
  • Boron and iron magnet matrix materialmaterialadd cost
  • Rare-earth permanent magnet materialmaterialadd cost
  • Permanent-magnet rotormoduleadd cost
  • Servo motor encoder feedbackmoduleadd cost
  • Servo motor bearings and shaftmoduleadd cost
  • Aluminum structural materialmaterialadd cost
  • Servo motor housing and thermal designmoduleadd cost
  • Servo motor cables and connectorsmoduleadd cost
  • Servo motor integrated brake optionmoduleadd cost
  • Industrial servo motormoduleadd cost
  • Arm links and jointsmoduleadd cost
  • Robot controller and I/Omoduleadd cost
  • Robot cabling and powermoduleadd cost
  • Robot base / mounting structuremoduleadd cost
  • Petrochemical elastomer feedstockmaterialadd cost
  • Vacuum suction cup arraymoduleadd cost
  • Vacuum generator or ejectormoduleadd cost
  • Vacuum valves and blow-off controlmoduleadd cost
  • Vacuum pressure sensingmoduleadd cost
  • Conveyor photoelectric sensorsmoduleadd cost
  • PLC and WCS integrationmoduleadd cost
  • Sortation chutes and binsmoduleadd cost
  • Barcode / OCR reading softwareengineering_methodadd cost
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 0.25/3 (gap 68.8%) + proximity component 1.50/2 → score 2/5. Per ADR-0003, 44 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; conveyor_integration_cost: Conveyor integration hardware cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

1/5What should be researched or added next?

high: Add evidence to high-confidence dependency edges - 1 high-confidence edges lack evidence references. Edge IDs: e_v0_product_enables_capability (low_cost_parcel_sorting_robot_300k_rmb->affordable_small_warehouse_automation). Add evidenceIds with reviewed, high-confidence, non-vendor support or lower the edge confidence/review status if support is not available.; high: Review or replace weak parcel evidence records - 36 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_end_effector_gripper_or_suction_cost_2025, ev_parcel_manipulation_or_diverter_cost_2025, ev_industrial_area_scan_camera_cost_2025, ev_machine_vision_lens_and_optics_cost_2025 (+31 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 184 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+62 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_robot_arm_body (low_cost_parcel_sorting_robot_300k_rmb->industrial_robot_arm_body), e_product_requires_end_effector (low_cost_parcel_sorting_robot_300k_rmb->end_effector_gripper_or_suction) (+112 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 114 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: vision_barcode_label_recognition, parcel_detection_and_tracking, parcel_manipulation_or_diverter, industrial_robot_arm_body, robot_cabling_and_power (+12 more). Edge IDs: e_product_requires_robot_arm_body (low_cost_parcel_sorting_robot_300k_rmb->industrial_robot_arm_body), e_product_requires_end_effector (low_cost_parcel_sorting_robot_300k_rmb->end_effector_gripper_or_suction), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system), e_product_requires_motion (low_cost_parcel_sorting_robot_300k_rmb->motion_planning), e_product_requires_safety (low_cost_parcel_sorting_robot_300k_rmb->safety_system) (+92 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute, barcode_ocr_reading_software (+92 more). Expected node kinds: module, equipment, material, manufacturing_process, engineering_method, metric, bottleneck, evidence. Expand industrial_area_scan_camera first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 36 scoped evidence records are weak or unreviewed.
  • 184 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 26 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing; warehouse_machine_safety_standard: Warehouse machine safety standard; e_product_requires_robot_arm_body: low_cost_parcel_sorting_robot_300k_rmb requires industrial_robot_arm_body; e_product_requires_end_effector: low_cost_parcel_sorting_robot_300k_rmb requires end_effector_gripper_or_suction; e_product_requires_decision: low_cost_parcel_sorting_robot_300k_rmb requires sorting_decision_system

Missing Evidence
  • 36 scoped evidence records are weak or unreviewed.
  • 184 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 26 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-05-07T08:48:03.780Z · Gate overall (evidence/coverage): 2.94/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 2.94/5 · Status: failed

Generated at: 2026-05-07T08:48:03.780Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

0/5What are the main bottlenecks?

No bottlenecks found.

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]

Missing Evidence
  • 36 scoped evidence records are weak or unreviewed.
  • 184 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 26 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): min=146.2k, typical=274.7k, max=457.4k Target cost (RMB): typical=300.0k Coverage gap: 3 node(s) — cost_optimized_hardware_stack, real_time_machine_vision, queuing_and_flow_variability Earliest costAsOf: 2025 Rolled-up typical 274.7k vs target typical 300.0k → distance 8.4%.

Cost coverage gap (3 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 2.81/3 (gap 4.7%) + proximity component 1.50/2 → score 4/5. Per ADR-0003, 3 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; conveyor_integration_cost: Conveyor integration hardware cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

1/5What should be researched or added next?

high: Add evidence to high-confidence dependency edges - 1 high-confidence edges lack evidence references. Edge IDs: e_v0_product_enables_capability (low_cost_parcel_sorting_robot_300k_rmb->affordable_small_warehouse_automation). Add evidenceIds with reviewed, high-confidence, non-vendor support or lower the edge confidence/review status if support is not available.; high: Review or replace weak parcel evidence records - 36 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_end_effector_gripper_or_suction_cost_2025, ev_parcel_manipulation_or_diverter_cost_2025, ev_industrial_area_scan_camera_cost_2025, ev_machine_vision_lens_and_optics_cost_2025 (+31 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 184 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+62 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_robot_arm_body (low_cost_parcel_sorting_robot_300k_rmb->industrial_robot_arm_body), e_product_requires_end_effector (low_cost_parcel_sorting_robot_300k_rmb->end_effector_gripper_or_suction) (+112 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 114 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: vision_barcode_label_recognition, parcel_detection_and_tracking, parcel_manipulation_or_diverter, industrial_robot_arm_body, robot_cabling_and_power (+12 more). Edge IDs: e_product_requires_robot_arm_body (low_cost_parcel_sorting_robot_300k_rmb->industrial_robot_arm_body), e_product_requires_end_effector (low_cost_parcel_sorting_robot_300k_rmb->end_effector_gripper_or_suction), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system), e_product_requires_motion (low_cost_parcel_sorting_robot_300k_rmb->motion_planning), e_product_requires_safety (low_cost_parcel_sorting_robot_300k_rmb->safety_system) (+92 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute, barcode_ocr_reading_software (+92 more). Expected node kinds: module, equipment, material, manufacturing_process, engineering_method, metric, bottleneck, evidence. Expand industrial_area_scan_camera first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 36 scoped evidence records are weak or unreviewed.
  • 184 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 26 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing; warehouse_machine_safety_standard: Warehouse machine safety standard; e_product_requires_robot_arm_body: low_cost_parcel_sorting_robot_300k_rmb requires industrial_robot_arm_body; e_product_requires_end_effector: low_cost_parcel_sorting_robot_300k_rmb requires end_effector_gripper_or_suction; e_product_requires_decision: low_cost_parcel_sorting_robot_300k_rmb requires sorting_decision_system

Missing Evidence
  • 36 scoped evidence records are weak or unreviewed.
  • 184 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 26 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-05-07T07:40:48.343Z · Gate overall (evidence/coverage): 2.94/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 2.94/5 · Status: failed

Generated at: 2026-05-07T07:40:48.343Z

Questions

5/5What is this product or capability?

An industrial robot-arm sorting cell that commits to a vacuum-suction end-effector, a single robot arm, a single vision system, and a conveyor-based induction. Targets approximately 300,000 RMB total system cost for logistics parcel sorting. Per ADR-0004, alternative architectures (e.g. a mechanical-gripper end-effector) live as sibling Product nodes under the affordable_small_warehouse_automation capability rather than as intra-product routes.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value); targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights; targetEndEffector: vacuum_suction

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target Approximately the entry-level total system cost target (see total_system_cost metric for the authoritative value) changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

0/5What are the main bottlenecks?

No bottlenecks found.

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_industrial_robot_arm_body_cost_2025: Industrial robot arm body cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_end_effector_gripper_or_suction_cost_2025: Vacuum suction end-effector module cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_parcel_manipulation_or_diverter_cost_2025: Parcel manipulation subsystem integration cost — 2025 estimate [unreviewed, low, internal_note]; ev_industrial_area_scan_camera_cost_2025: Industrial area-scan camera cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_machine_vision_lens_and_optics_cost_2025: Machine vision lens and optics cost — 2025 estimate [unreviewed, low, internal_note]; ev_controlled_machine_vision_lighting_cost_2025: Controlled machine-vision lighting cost — 2025 estimate [unreviewed, low, internal_note]; ev_vision_processing_compute_cost_2025: Vision processing compute cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_conveyor_integration_cost_2025: Conveyor integration hardware cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_safety_system_cost_2025: Safety system cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_mechanical_structure_cost_2025: Mechanical structure cost — 2025 China industrial estimate [unreviewed, low, internal_note]; ev_sorting_decision_system_cost_2025: Sorting decision system / WCS license cost — 2025 estimate [unreviewed, low, internal_note]; ev_motion_planning_cost_2025: Motion planning software cost — 2025 estimate [unreviewed, low, internal_note]; ev_parcel_detection_and_tracking_cost_2025: Parcel detection and tracking cost — 2025 estimate [unreviewed, low, internal_note]; ev_maintenance_workflow_cost_2025: Maintenance workflow first-year spares and tooling cost — 2025 estimate [unreviewed, low, internal_note]; ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]

Missing Evidence
  • 36 scoped evidence records are weak or unreviewed.
  • 184 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 26 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

3/5What cost constraints dominate the product's feasibility?

Rolled-up cost (RMB): min=146.2k, typical=274.7k, max=457.4k Target cost (RMB): typical=300.0k Coverage gap: 3 node(s) — cost_optimized_hardware_stack, real_time_machine_vision, queuing_and_flow_variability Earliest costAsOf: 2025 Rolled-up typical 274.7k vs target typical 300.0k → distance 8.4%.

Cost coverage gap (3 nodes) · These subsystems have no cost data, so the rolled-up estimate is unreliable until they are filled in.
  • Cost-optimized hardware stackmoduleadd cost
  • Real-time machine visionscientific_principleadd cost
  • Queuing and flow variabilityempirical_principleadd cost

Notes: Coverage component 2.81/3 (gap 4.7%) + proximity component 1.50/2 → score 4/5. Per ADR-0003, 3 subsystem(s) had no reachable cost data.

5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; conveyor_integration_cost: Conveyor integration hardware cost; mechanical_structure_cost: Mechanical structure cost; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

1/5What should be researched or added next?

high: Add evidence to high-confidence dependency edges - 1 high-confidence edges lack evidence references. Edge IDs: e_v0_product_enables_capability (low_cost_parcel_sorting_robot_300k_rmb->affordable_small_warehouse_automation). Add evidenceIds with reviewed, high-confidence, non-vendor support or lower the edge confidence/review status if support is not available.; high: Review or replace weak parcel evidence records - 36 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_industrial_robot_arm_body_cost_2025, ev_end_effector_gripper_or_suction_cost_2025, ev_parcel_manipulation_or_diverter_cost_2025, ev_industrial_area_scan_camera_cost_2025, ev_machine_vision_lens_and_optics_cost_2025 (+31 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 184 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+62 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_robot_arm_body (low_cost_parcel_sorting_robot_300k_rmb->industrial_robot_arm_body), e_product_requires_end_effector (low_cost_parcel_sorting_robot_300k_rmb->end_effector_gripper_or_suction) (+112 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 114 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: vision_barcode_label_recognition, parcel_detection_and_tracking, parcel_manipulation_or_diverter, industrial_robot_arm_body, robot_cabling_and_power (+12 more). Edge IDs: e_product_requires_robot_arm_body (low_cost_parcel_sorting_robot_300k_rmb->industrial_robot_arm_body), e_product_requires_end_effector (low_cost_parcel_sorting_robot_300k_rmb->end_effector_gripper_or_suction), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system), e_product_requires_motion (low_cost_parcel_sorting_robot_300k_rmb->motion_planning), e_product_requires_safety (low_cost_parcel_sorting_robot_300k_rmb->safety_system) (+92 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute, barcode_ocr_reading_software (+92 more). Expected node kinds: module, equipment, material, manufacturing_process, engineering_method, metric, bottleneck, evidence. Expand industrial_area_scan_camera first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 36 scoped evidence records are weak or unreviewed.
  • 184 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 26 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing; warehouse_machine_safety_standard: Warehouse machine safety standard; e_product_requires_robot_arm_body: low_cost_parcel_sorting_robot_300k_rmb requires industrial_robot_arm_body; e_product_requires_end_effector: low_cost_parcel_sorting_robot_300k_rmb requires end_effector_gripper_or_suction; e_product_requires_decision: low_cost_parcel_sorting_robot_300k_rmb requires sorting_decision_system

Missing Evidence
  • 36 scoped evidence records are weak or unreviewed.
  • 184 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 26 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-04-29T16:26:01.744Z · Gate overall (evidence/coverage): 3.17/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.17/5 · Status: failed

Generated at: 2026-04-29T16:26:01.744Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

2/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; refined_copper_conductor_material: Refined copper conductor material; ndpr_rare_earth_feedstock: NdPr rare-earth feedstock

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

1/5What should be researched or added next?

high: Review or replace weak parcel evidence records - 22 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders. Evidence IDs: ev_internal_product_target, ev_vendor_sorting_cells, ev_field_case_placeholder, ev_cost_model_placeholder, ev_oriental_motor_servo_structure (+17 more). Review these records; promote only if source quality supports it, otherwise replace them with reviewed high-confidence non-vendor field cases, benchmarks, standards, papers, or cost evidence.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 197 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence. Node IDs: low_cost_parcel_sorting_robot_300k_rmb, vision_barcode_label_recognition, industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting (+66 more). Edge IDs: e_product_requires_vision (low_cost_parcel_sorting_robot_300k_rmb->vision_barcode_label_recognition), e_product_requires_tracking (low_cost_parcel_sorting_robot_300k_rmb->parcel_detection_and_tracking), e_product_requires_manipulation (low_cost_parcel_sorting_robot_300k_rmb->parcel_manipulation_or_diverter), e_product_requires_robot_arm_body (low_cost_parcel_sorting_robot_300k_rmb->industrial_robot_arm_body), e_product_requires_end_effector (low_cost_parcel_sorting_robot_300k_rmb->end_effector_gripper_or_suction) (+121 more). Add reviewed evidence to the listed claims, or lower confidence/deprecate claims that cannot be supported.; high: Human-review unreviewed high and medium confidence parcel claims - 142 scoped claims are explicitly marked unreviewed and must not be treated as established. Node IDs: vision_barcode_label_recognition, parcel_detection_and_tracking, parcel_manipulation_or_diverter, industrial_robot_arm_body, robot_cabling_and_power (+16 more). Edge IDs: e_product_requires_robot_arm_body (low_cost_parcel_sorting_robot_300k_rmb->industrial_robot_arm_body), e_product_requires_end_effector (low_cost_parcel_sorting_robot_300k_rmb->end_effector_gripper_or_suction), e_product_requires_decision (low_cost_parcel_sorting_robot_300k_rmb->sorting_decision_system), e_product_requires_motion (low_cost_parcel_sorting_robot_300k_rmb->motion_planning), e_product_requires_safety (low_cost_parcel_sorting_robot_300k_rmb->safety_system) (+116 more). Human-review these node/edge claims, then mark them reviewed, disputed, deprecated, or keep them unreviewed with clearer limitations.; medium: Decompose important parcel subsystem frontiers - Frontier node IDs: industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute, barcode_ocr_reading_software (+48 more). Expected node kinds: module, equipment, material, manufacturing_process, engineering_method, metric, bottleneck, evidence. Expand industrial_area_scan_camera first, adding the next layer where it affects maturity, cost, manufacturability, reliability, or deployment; add evidence where claims are medium/high confidence or leave explicit follow-up tasks for unsupported branches.; medium: Add reviewed field evidence for the product target - Node ID: low_cost_parcel_sorting_robot_300k_rmb. The product target currently lacks at least two reviewed high-confidence non-vendor evidence records. Add field cases, benchmark data, standards, or cost evidence directly supporting the product boundary and target context.

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; industrial_robot_arm_sorting_route: Industrial robot arm sorting route; industrial_robot_arm_gripper_route: Industrial robot arm gripper route; industrial_robot_arm_suction_route: Industrial robot arm suction route; integrated_robot_arm_sorting_cell_route: Integrated robot-arm sorting cell route; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-04-29T15:10:22.222Z · Gate overall (evidence/coverage): 3.17/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.17/5 · Status: failed

Generated at: 2026-04-29T15:10:22.222Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

2/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; refined_copper_conductor_material: Refined copper conductor material; ndpr_rare_earth_feedstock: NdPr rare-earth feedstock

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

1/5What should be researched or added next?

high: Review or replace weak parcel evidence records - 22 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 197 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence.; high: Human-review unreviewed high and medium confidence parcel claims - 142 scoped claims are explicitly marked unreviewed and must not be treated as established.; medium: Decompose important parcel subsystem frontiers - The scoped graph still marks decomposition frontiers such as industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute, barcode_ocr_reading_software. Expand the next layer where it affects maturity, cost, manufacturability, or reliability.; medium: Add reviewed field evidence for the product target - The product target currently lacks at least two reviewed high-confidence non-vendor evidence records.

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; industrial_robot_arm_sorting_route: Industrial robot arm sorting route; industrial_robot_arm_gripper_route: Industrial robot arm gripper route; industrial_robot_arm_suction_route: Industrial robot arm suction route; integrated_robot_arm_sorting_cell_route: Integrated robot-arm sorting cell route; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-04-29T14:59:53.825Z · Gate overall (evidence/coverage): 3.17/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.17/5 · Status: failed

Generated at: 2026-04-29T14:59:53.825Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

2/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; refined_copper_conductor_material: Refined copper conductor material; ndpr_rare_earth_feedstock: NdPr rare-earth feedstock

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

1/5What should be researched or added next?

high: Review or replace weak parcel evidence records - 22 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 197 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence.; high: Human-review unreviewed high and medium confidence parcel claims - 142 scoped claims are explicitly marked unreviewed and must not be treated as established.; medium: Decompose important parcel subsystem frontiers - The scoped graph still marks decomposition frontiers such as industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute, barcode_ocr_reading_software. Expand the next layer where it affects maturity, cost, manufacturability, or reliability.; medium: Add reviewed field evidence for the product target - The product target currently lacks at least two reviewed high-confidence non-vendor evidence records.

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; industrial_robot_arm_sorting_route: Industrial robot arm sorting route; industrial_robot_arm_gripper_route: Industrial robot arm gripper route; industrial_robot_arm_suction_route: Industrial robot arm suction route; integrated_robot_arm_sorting_cell_route: Integrated robot-arm sorting cell route; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-04-29T14:59:10.150Z · Gate overall (evidence/coverage): 3.17/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.17/5 · Status: failed

Generated at: 2026-04-29T14:59:10.150Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

2/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; refined_copper_conductor_material: Refined copper conductor material; ndpr_rare_earth_feedstock: NdPr rare-earth feedstock

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

1/5What should be researched or added next?

high: Review or replace weak parcel evidence records - 22 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 197 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence.; high: Human-review unreviewed high and medium confidence parcel claims - 142 scoped claims are explicitly marked unreviewed and must not be treated as established.; medium: Decompose important parcel subsystem frontiers - The scoped graph still marks decomposition frontiers such as industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute, barcode_ocr_reading_software. Expand the next layer where it affects maturity, cost, manufacturability, or reliability.; medium: Add reviewed field evidence for the product target - The product target currently lacks at least two reviewed high-confidence non-vendor evidence records.

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; industrial_robot_arm_sorting_route: Industrial robot arm sorting route; industrial_robot_arm_gripper_route: Industrial robot arm gripper route; industrial_robot_arm_suction_route: Industrial robot arm suction route; integrated_robot_arm_sorting_cell_route: Integrated robot-arm sorting cell route; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-04-29T05:00:04.241Z · Gate overall (evidence/coverage): 3.28/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.28/5 · Status: failed

Generated at: 2026-04-29T05:00:04.241Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

4/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; refined_copper_conductor_material: Refined copper conductor material; ndpr_rare_earth_feedstock: NdPr rare-earth feedstock

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

1/5What should be researched or added next?

high: Review or replace weak parcel evidence records - 22 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 197 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence.; high: Human-review unreviewed high and medium confidence parcel claims - 142 scoped claims are explicitly marked unreviewed and must not be treated as established.; medium: Decompose important parcel subsystem frontiers - The scoped graph still marks decomposition frontiers such as industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute, barcode_ocr_reading_software. Expand the next layer where it affects maturity, cost, manufacturability, or reliability.; medium: Add reviewed field evidence for the product target - The product target currently lacks at least two reviewed high-confidence non-vendor evidence records.

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; industrial_robot_arm_sorting_route: Industrial robot arm sorting route; industrial_robot_arm_gripper_route: Industrial robot arm gripper route; industrial_robot_arm_suction_route: Industrial robot arm suction route; integrated_robot_arm_sorting_cell_route: Integrated robot-arm sorting cell route; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-04-29T04:53:02.741Z · Gate overall (evidence/coverage): 3.28/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.28/5 · Status: failed

Generated at: 2026-04-29T04:53:02.741Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

4/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; refined_copper_conductor_material: Refined copper conductor material; ndpr_rare_earth_feedstock: NdPr rare-earth feedstock

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

1/5What should be researched or added next?

high: Review or replace weak parcel evidence records - 22 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 197 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence.; high: Human-review unreviewed high and medium confidence parcel claims - 142 scoped claims are explicitly marked unreviewed and must not be treated as established.; medium: Decompose important parcel subsystem frontiers - The scoped graph still marks decomposition frontiers such as industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute, barcode_ocr_reading_software. Expand the next layer where it affects maturity, cost, manufacturability, or reliability.; medium: Add reviewed field evidence for the product target - The product target currently lacks at least two reviewed high-confidence non-vendor evidence records.

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; industrial_robot_arm_sorting_route: Industrial robot arm sorting route; industrial_robot_arm_gripper_route: Industrial robot arm gripper route; industrial_robot_arm_suction_route: Industrial robot arm suction route; integrated_robot_arm_sorting_cell_route: Integrated robot-arm sorting cell route; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-04-29T04:34:31.596Z · Gate overall (evidence/coverage): 3.28/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.28/5 · Status: failed

Generated at: 2026-04-29T04:34:31.596Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

4/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; refined_copper_conductor_material: Refined copper conductor material; ndpr_rare_earth_feedstock: NdPr rare-earth feedstock

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

1/5What should be researched or added next?

high: Review or replace weak parcel evidence records - 22 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 197 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence.; high: Human-review unreviewed high and medium confidence parcel claims - 142 scoped claims are explicitly marked unreviewed and must not be treated as established.; medium: Decompose important parcel subsystem frontiers - The scoped graph still marks decomposition frontiers such as industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute, barcode_ocr_reading_software. Expand the next layer where it affects maturity, cost, manufacturability, or reliability.; medium: Add reviewed field evidence for the product target - The product target currently lacks at least two reviewed high-confidence non-vendor evidence records.

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; industrial_robot_arm_sorting_route: Industrial robot arm sorting route; industrial_robot_arm_gripper_route: Industrial robot arm gripper route; industrial_robot_arm_suction_route: Industrial robot arm suction route; integrated_robot_arm_sorting_cell_route: Integrated robot-arm sorting cell route; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-04-29T04:31:50.510Z · Gate overall (evidence/coverage): 3.28/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.28/5 · Status: failed

Generated at: 2026-04-29T04:31:50.510Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

4/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

3/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

Missing Evidence
  • Maturity is capped because key local claims still lack reviewed non-vendor evidence.
2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

1/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]

Missing Evidence
  • Add reviewed, high-confidence, non-vendor field cases, benchmark data, or cost evidence for the target product.

Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records.

1/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell [reviewed, medium, internal_note]; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters [unreviewed, low, vendor_claim]; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention [unreviewed, low, field_case]; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack [unreviewed, low, internal_note]; ev_oriental_motor_servo_structure: Servo Motor Technology overview [unreviewed, medium, product_page]; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material [unreviewed, medium, internal_note]; ev_stober_synchronous_servo_motors: Synchronous Servo Motors [unreviewed, medium, product_page]; ev_elmeq_servo_motor_options: Servo motors [unreviewed, medium, product_page]; ev_chemtec_encoder_components: Stator & Rotor Encoders [unreviewed, medium, product_page]; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology [unreviewed, medium, product_page]; ev_vision_control_machine_vision_components: Vision Sensor Components [unreviewed, medium, product_page]; ev_banner_conveying_sortation_sensors: Conveying and Sortation [unreviewed, medium, product_page]; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual [unreviewed, medium, product_page]; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components [unreviewed, medium, product_page]; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features [unreviewed, medium, product_page]; ev_siemens_servo_motion_control: SINAMICS servo drive motion control [unreviewed, medium, product_page]; ev_interroll_sorter_platform: High-performance sorters for unit handling [unreviewed, medium, product_page]; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026 [unreviewed, medium, historical_source]; ev_usgs_silicon_statistics: Silicon Statistics and Information [unreviewed, medium, historical_source]; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources [unreviewed, medium, historical_source]; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary [unreviewed, medium, expert_review]; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing [unreviewed, medium, expert_review]

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders.

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; refined_copper_conductor_material: Refined copper conductor material; ndpr_rare_earth_feedstock: NdPr rare-earth feedstock

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; silicon_wafer_fabrication_process: Silicon wafer fabrication process

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

1/5What should be researched or added next?

high: Review or replace weak parcel evidence records - 22 scoped evidence records are unreviewed, low/medium confidence, vendor-only, internal-only, or placeholders.; high: Add reviewed field or benchmark evidence to unsupported parcel claims - 197 scoped medium/high-confidence claims lack reviewed non-vendor supporting evidence.; high: Human-review unreviewed high and medium confidence parcel claims - 142 scoped claims are explicitly marked unreviewed and must not be treated as established.; medium: Decompose important parcel subsystem frontiers - The scoped graph still marks decomposition frontiers such as industrial_area_scan_camera, machine_vision_lens_and_optics, controlled_machine_vision_lighting, vision_processing_compute, barcode_ocr_reading_software. Expand the next layer where it affects maturity, cost, manufacturability, or reliability.; medium: Add reviewed field evidence for the product target - The product target currently lacks at least two reviewed high-confidence non-vendor evidence records.

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.
2/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; robot_cabling_and_power: Robot cabling and power; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; industrial_robot_arm_sorting_route: Industrial robot arm sorting route; industrial_robot_arm_gripper_route: Industrial robot arm gripper route; industrial_robot_arm_suction_route: Industrial robot arm suction route; integrated_robot_arm_sorting_cell_route: Integrated robot-arm sorting cell route; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; real_time_machine_vision: Real-time machine vision; modular_cell_manufacturing: Modular cell manufacturing

Missing Evidence
  • 22 scoped evidence records are weak or unreviewed.
  • 197 scoped medium/high-confidence claims lack reviewed non-vendor evidence.
  • 6 scoped claims are supported only by vendor or internal evidence.

Notes: Flagged claims can remain in local data as candidates, but gate output must not treat them as reviewed established facts.

Stale 2026-04-29T04:24:38.877Z · Gate overall (evidence/coverage): 3.72/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.72/5 · Status: failed

Generated at: 2026-04-29T04:24:38.877Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

2/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

4/5What is the current estimated maturity?

prototype (53/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

2/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters

Missing Evidence
  • Add reviewed field cases, benchmark data, or cost evidence.
4/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack; ev_oriental_motor_servo_structure: Servo Motor Technology overview; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material; ev_stober_synchronous_servo_motors: Synchronous Servo Motors; ev_elmeq_servo_motor_options: Servo motors; ev_chemtec_encoder_components: Stator & Rotor Encoders; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology; ev_vision_control_machine_vision_components: Vision Sensor Components; ev_banner_conveying_sortation_sensors: Conveying and Sortation; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features; ev_siemens_servo_motion_control: SINAMICS servo drive motion control; ev_interroll_sorter_platform: High-performance sorters for unit handling; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026; ev_usgs_silicon_statistics: Silicon Statistics and Information; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing; ev_test_product_material_depth_internal_20260428: Agent-generated material and process depth expansion for roadmap test products; ev_apple_iphone4_specs: iPhone 4 - Technical Specifications; ev_apple_iphone4_environment: iPhone 4 Product Environmental Report; ev_fda_wegovy_label: WEGOVY (semaglutide) injection label; ev_nejm_step1_semaglutide: Once-Weekly Semaglutide in Adults with Overweight or Obesity; ev_spacex_falcon9_reuse: Falcon 9; ev_nasa_reusable_launch_vehicle: The Reusable Launch Vehicle Technology Program; ev_iter_tokamak_overview: ITER Superconducting Magnets; ev_iaea_fusion_power: Nuclear fusion power, fusion energy research, ITER; ev_nrc_microreactors: Microreactors; ev_iaea_smr_overview: Small modular reactors; ev_britannica_ak47: AK-47; ev_iwm_ak47_history: AK-47 history and impact materials

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; refined_copper_conductor_material: Refined copper conductor material; ndpr_rare_earth_feedstock: NdPr rare-earth feedstock; glp1_affordability_and_supply_bottleneck: Affordability and supply bottleneck; rapid_turnaround_ground_operations: Rapid turnaround ground operations; launch_cost_per_kg: Launch cost per kilogram; rapid_full_reuse_breakthrough: Rapid full-reuse operations breakthrough; microreactor_cost_per_mwe: Microreactor cost per MWe; ak47_unit_cost_and_production_rate: Unit cost and production rate

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; glass_melting_sheet_forming_process: Glass melting and sheet forming process; chemical_ion_exchange_strengthening_process: Chemical ion-exchange strengthening process; silicon_wafer_fabrication_process: Silicon wafer fabrication process; battery_electrode_coating_formation_process: Battery electrode coating and formation process; precision_cnc_surface_finishing_process: Precision CNC and surface-finishing process; preparative_hplc_purification_process: Preparative HPLC purification process; sterile_fill_finish_process: Sterile fill-finish process; liquid_oxygen_air_separation_liquefaction: Liquid oxygen air-separation and liquefaction; methane_purification_liquefaction_process: Methane purification and liquefaction process; vacuum_melting_remelting_process: Vacuum melting and remelting process; forging_heat_treatment_hip_process: Forging, heat treatment, and HIP process; additive_powder_bed_fusion_process: Additive powder-bed fusion process; xray_ct_ultrasonic_ndt_process: X-ray / CT / ultrasonic NDT process; superconducting_strand_drawing_process: Superconducting strand drawing process; cable_in_conduit_jacketing_process: Cable-in-conduit jacketing process; superconducting_coil_winding_heat_treatment: Superconducting coil winding and heat treatment; uranium_enrichment_service: Uranium enrichment service; triso_kernel_fabrication_process: TRISO kernel fabrication process; fuel_irradiation_qualification_process: Fuel irradiation qualification process; nuclear_code_welding_nde_traceability: Nuclear code welding, NDE, and traceability; ak47_industrial_heat_treatment_process: Industrial heat-treatment process; ak47_stamping_press_tooling_process: Stamping press and tooling process; ak47_general_arsenal_machining_process: General arsenal machining process; iphone4_glass_stainless_enclosure: Glass and stainless-steel enclosure; iphone4_final_assembly_test_process: Smartphone final assembly and test; iphone4_integration_density: Smartphone integration density; iphone4_rf_enclosure_integration_risk: RF and enclosure integration risk; glp1_peptide_synthesis_purification: Peptide synthesis and purification process; rocket_engine_superalloy_additive_manufacturing: Superalloy engine manufacturing; microreactor_factory_fabrication: Factory fabrication and module QA; ak47_rifle_historical_industrial_case: AK-47 rifle historical industrial case; ak47_receiver_manufacturing_route: Receiver manufacturing route; ak47_interchangeability_quality_system: Interchangeability and quality system; ak47_mass_manufacturing_standardization_bottleneck: Mass manufacturing and standardization bottleneck

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard; iphone4_lithium_ion_battery_pack: Lithium-ion battery pack; glp1_clinical_efficacy_safety_package: Clinical efficacy and safety package; glp1_regulatory_approval_labeling: Regulatory approval and labeling; glp1_adverse_event_discontinuation_rate: Adverse event discontinuation rate; microreactor_licensing_security_safeguards: Licensing, security, and safeguards

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

4/5What should be researched or added next?

Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation.

4/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

The graph should exclude unsupported high-confidence claims and keep detailed vendor claims unreviewed until evidence is added.

Stale 2026-04-29T00:14:45.389Z · Gate overall (evidence/coverage): 3.72/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.72/5 · Status: failed

Generated at: 2026-04-29T00:14:45.389Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

2/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

4/5What is the current estimated maturity?

prototype (53/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

2/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters

Missing Evidence
  • Add reviewed field cases, benchmark data, or cost evidence.
4/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack; ev_oriental_motor_servo_structure: Servo Motor Technology overview; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material; ev_stober_synchronous_servo_motors: Synchronous Servo Motors; ev_elmeq_servo_motor_options: Servo motors; ev_chemtec_encoder_components: Stator & Rotor Encoders; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology; ev_vision_control_machine_vision_components: Vision Sensor Components; ev_banner_conveying_sortation_sensors: Conveying and Sortation; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features; ev_siemens_servo_motion_control: SINAMICS servo drive motion control; ev_interroll_sorter_platform: High-performance sorters for unit handling; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026; ev_usgs_silicon_statistics: Silicon Statistics and Information; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing; ev_test_product_material_depth_internal_20260428: Agent-generated material and process depth expansion for roadmap test products; ev_apple_iphone4_specs: iPhone 4 - Technical Specifications; ev_apple_iphone4_environment: iPhone 4 Product Environmental Report; ev_fda_wegovy_label: WEGOVY (semaglutide) injection label; ev_nejm_step1_semaglutide: Once-Weekly Semaglutide in Adults with Overweight or Obesity; ev_spacex_falcon9_reuse: Falcon 9; ev_nasa_reusable_launch_vehicle: The Reusable Launch Vehicle Technology Program; ev_iter_tokamak_overview: ITER Superconducting Magnets; ev_iaea_fusion_power: Nuclear fusion power, fusion energy research, ITER; ev_nrc_microreactors: Microreactors; ev_iaea_smr_overview: Small modular reactors; ev_britannica_ak47: AK-47; ev_iwm_ak47_history: AK-47 history and impact materials

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; refined_copper_conductor_material: Refined copper conductor material; ndpr_rare_earth_feedstock: NdPr rare-earth feedstock; glp1_affordability_and_supply_bottleneck: Affordability and supply bottleneck; rapid_turnaround_ground_operations: Rapid turnaround ground operations; launch_cost_per_kg: Launch cost per kilogram; rapid_full_reuse_breakthrough: Rapid full-reuse operations breakthrough; microreactor_cost_per_mwe: Microreactor cost per MWe; ak47_unit_cost_and_production_rate: Unit cost and production rate

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; glass_melting_sheet_forming_process: Glass melting and sheet forming process; chemical_ion_exchange_strengthening_process: Chemical ion-exchange strengthening process; silicon_wafer_fabrication_process: Silicon wafer fabrication process; battery_electrode_coating_formation_process: Battery electrode coating and formation process; precision_cnc_surface_finishing_process: Precision CNC and surface-finishing process; preparative_hplc_purification_process: Preparative HPLC purification process; sterile_fill_finish_process: Sterile fill-finish process; liquid_oxygen_air_separation_liquefaction: Liquid oxygen air-separation and liquefaction; methane_purification_liquefaction_process: Methane purification and liquefaction process; vacuum_melting_remelting_process: Vacuum melting and remelting process; forging_heat_treatment_hip_process: Forging, heat treatment, and HIP process; additive_powder_bed_fusion_process: Additive powder-bed fusion process; xray_ct_ultrasonic_ndt_process: X-ray / CT / ultrasonic NDT process; superconducting_strand_drawing_process: Superconducting strand drawing process; cable_in_conduit_jacketing_process: Cable-in-conduit jacketing process; superconducting_coil_winding_heat_treatment: Superconducting coil winding and heat treatment; uranium_enrichment_service: Uranium enrichment service; triso_kernel_fabrication_process: TRISO kernel fabrication process; fuel_irradiation_qualification_process: Fuel irradiation qualification process; nuclear_code_welding_nde_traceability: Nuclear code welding, NDE, and traceability; ak47_industrial_heat_treatment_process: Industrial heat-treatment process; ak47_stamping_press_tooling_process: Stamping press and tooling process; ak47_general_arsenal_machining_process: General arsenal machining process; iphone4_glass_stainless_enclosure: Glass and stainless-steel enclosure; iphone4_final_assembly_test_process: Smartphone final assembly and test; iphone4_integration_density: Smartphone integration density; iphone4_rf_enclosure_integration_risk: RF and enclosure integration risk; glp1_peptide_synthesis_purification: Peptide synthesis and purification process; rocket_engine_superalloy_additive_manufacturing: Superalloy engine manufacturing; microreactor_factory_fabrication: Factory fabrication and module QA; ak47_rifle_historical_industrial_case: AK-47 rifle historical industrial case; ak47_receiver_manufacturing_route: Receiver manufacturing route; ak47_interchangeability_quality_system: Interchangeability and quality system; ak47_mass_manufacturing_standardization_bottleneck: Mass manufacturing and standardization bottleneck

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard; iphone4_lithium_ion_battery_pack: Lithium-ion battery pack; glp1_clinical_efficacy_safety_package: Clinical efficacy and safety package; glp1_regulatory_approval_labeling: Regulatory approval and labeling; glp1_adverse_event_discontinuation_rate: Adverse event discontinuation rate; microreactor_licensing_security_safeguards: Licensing, security, and safeguards

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

4/5What should be researched or added next?

Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation.

4/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

The graph should exclude unsupported high-confidence claims and keep detailed vendor claims unreviewed until evidence is added.

Stale 2026-04-27T05:51:10.915Z · Gate overall (evidence/coverage): 3.72/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.72/5 · Status: failed

Generated at: 2026-04-27T05:51:10.915Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

2/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

4/5What is the current estimated maturity?

prototype (53/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

2/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters

Missing Evidence
  • Add reviewed field cases, benchmark data, or cost evidence.
4/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack; ev_oriental_motor_servo_structure: Servo Motor Technology overview; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material; ev_stober_synchronous_servo_motors: Synchronous Servo Motors; ev_elmeq_servo_motor_options: Servo motors; ev_chemtec_encoder_components: Stator & Rotor Encoders; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology; ev_vision_control_machine_vision_components: Vision Sensor Components; ev_banner_conveying_sortation_sensors: Conveying and Sortation; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features; ev_siemens_servo_motion_control: SINAMICS servo drive motion control; ev_interroll_sorter_platform: High-performance sorters for unit handling; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026; ev_usgs_silicon_statistics: Silicon Statistics and Information; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing; ev_apple_iphone4_specs: iPhone 4 - Technical Specifications; ev_apple_iphone4_environment: iPhone 4 Product Environmental Report; ev_fda_wegovy_label: WEGOVY (semaglutide) injection label; ev_nejm_step1_semaglutide: Once-Weekly Semaglutide in Adults with Overweight or Obesity; ev_spacex_falcon9_reuse: Falcon 9; ev_nasa_reusable_launch_vehicle: The Reusable Launch Vehicle Technology Program; ev_iter_tokamak_overview: ITER Superconducting Magnets; ev_iaea_fusion_power: Nuclear fusion power, fusion energy research, ITER; ev_nrc_microreactors: Microreactors; ev_iaea_smr_overview: Small modular reactors; ev_britannica_ak47: AK-47; ev_iwm_ak47_history: AK-47 history and impact materials

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; refined_copper_conductor_material: Refined copper conductor material; ndpr_rare_earth_feedstock: NdPr rare-earth feedstock; glp1_affordability_and_supply_bottleneck: Affordability and supply bottleneck; rapid_turnaround_ground_operations: Rapid turnaround ground operations; launch_cost_per_kg: Launch cost per kilogram; rapid_full_reuse_breakthrough: Rapid full-reuse operations breakthrough; microreactor_cost_per_mwe: Microreactor cost per MWe; ak47_unit_cost_and_production_rate: Unit cost and production rate

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain; iphone4_glass_stainless_enclosure: Glass and stainless-steel enclosure; iphone4_final_assembly_test_process: Smartphone final assembly and test; iphone4_integration_density: Smartphone integration density; iphone4_rf_enclosure_integration_risk: RF and enclosure integration risk; glp1_peptide_synthesis_purification: Peptide synthesis and purification process; rocket_engine_superalloy_additive_manufacturing: Superalloy engine manufacturing; microreactor_factory_fabrication: Factory fabrication and module QA; ak47_rifle_historical_industrial_case: AK-47 rifle historical industrial case; ak47_receiver_manufacturing_route: Receiver manufacturing route; ak47_interchangeability_quality_system: Interchangeability and quality system; ak47_mass_manufacturing_standardization_bottleneck: Mass manufacturing and standardization bottleneck

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard; iphone4_lithium_ion_battery_pack: Lithium-ion battery pack; glp1_clinical_efficacy_safety_package: Clinical efficacy and safety package; glp1_regulatory_approval_labeling: Regulatory approval and labeling; glp1_adverse_event_discontinuation_rate: Adverse event discontinuation rate; microreactor_licensing_security_safeguards: Licensing, security, and safeguards

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

4/5What should be researched or added next?

Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation.

4/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

The graph should exclude unsupported high-confidence claims and keep detailed vendor claims unreviewed until evidence is added.

Stale 2026-04-27T03:56:30.240Z · Gate overall (evidence/coverage): 3.72/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.72/5 · Status: failed

Generated at: 2026-04-27T03:56:30.240Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

2/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

4/5What is the current estimated maturity?

prototype (53/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

2/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters

Missing Evidence
  • Add reviewed field cases, benchmark data, or cost evidence.
4/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack; ev_oriental_motor_servo_structure: Servo Motor Technology overview; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material; ev_stober_synchronous_servo_motors: Synchronous Servo Motors; ev_elmeq_servo_motor_options: Servo motors; ev_chemtec_encoder_components: Stator & Rotor Encoders; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology; ev_vision_control_machine_vision_components: Vision Sensor Components; ev_banner_conveying_sortation_sensors: Conveying and Sortation; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features; ev_siemens_servo_motion_control: SINAMICS servo drive motion control; ev_interroll_sorter_platform: High-performance sorters for unit handling; ev_usgs_mcs_2026_minerals: Mineral Commodity Summaries 2026; ev_usgs_silicon_statistics: Silicon Statistics and Information; ev_usgs_rare_earth_elements: Rare Earth Elements critical resources; ev_iea_rare_earth_magnets: Rare Earth Elements executive summary; ev_doe_iron_steel_manufacturing: Iron and Steel Manufacturing

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; refined_copper_conductor_material: Refined copper conductor material; ndpr_rare_earth_feedstock: NdPr rare-earth feedstock

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing; copper_ore_mining_and_refining_chain: Copper ore mining and refining chain; iron_ore_steelmaking_chain: Iron ore and steelmaking chain; bauxite_alumina_aluminum_chain: Bauxite, alumina, and aluminum chain; quartz_silica_silicon_chain: Quartz, silica, and silicon chain

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

4/5What should be researched or added next?

Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation.

4/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

The graph should exclude unsupported high-confidence claims and keep detailed vendor claims unreviewed until evidence is added.

Stale 2026-04-27T03:51:29.341Z · Gate overall (evidence/coverage): 3.72/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.72/5 · Status: failed

Generated at: 2026-04-27T03:51:29.341Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

2/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

4/5What is the current estimated maturity?

prototype (53/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

2/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters

Missing Evidence
  • Add reviewed field cases, benchmark data, or cost evidence.
4/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack; ev_oriental_motor_servo_structure: Servo Motor Technology overview; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material; ev_stober_synchronous_servo_motors: Synchronous Servo Motors; ev_elmeq_servo_motor_options: Servo motors; ev_chemtec_encoder_components: Stator & Rotor Encoders; ev_harmonic_drive_reducer_components: Harmonic Drive strain-wave gear technology; ev_vision_control_machine_vision_components: Vision Sensor Components; ev_banner_conveying_sortation_sensors: Conveying and Sortation; ev_abb_robotic_parcel_inductor_gripper: Robotic Parcel Induct installation manual; ev_vacuforce_vacuum_components: Vacuum end-of-arm tooling components; ev_mitsubishi_servo_drive_safety: MELSERVO-J4 servo amplifier safety features; ev_siemens_servo_motion_control: SINAMICS servo drive motion control; ev_interroll_sorter_platform: High-performance sorters for unit handling

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; strain_wave_flexspline: Strain-wave reducer flexspline; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

reducer_lubrication_and_life_test: Reducer lubrication and life testing; servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; plc_and_wcs_integration: PLC and WCS integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing

5/5What safety, regulatory, or deployment constraints matter?

servo_drive_safety_sto: Servo drive Safe Torque Off; servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

4/5What should be researched or added next?

Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation.

4/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

The graph should exclude unsupported high-confidence claims and keep detailed vendor claims unreviewed until evidence is added.

Stale 2026-04-27T03:40:13.430Z · Gate overall (evidence/coverage): 3.72/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.72/5 · Status: failed

Generated at: 2026-04-27T03:40:13.430Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

2/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

4/5What is the current estimated maturity?

prototype (53/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

2/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters

Missing Evidence
  • Add reviewed field cases, benchmark data, or cost evidence.
4/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack; ev_oriental_motor_servo_structure: Servo Motor Technology overview; ev_mitsubishi_ac_servo_structure: Your First AC Servo training material; ev_stober_synchronous_servo_motors: Synchronous Servo Motors; ev_elmeq_servo_motor_options: Servo motors; ev_chemtec_encoder_components: Stator & Rotor Encoders

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; rare_earth_permanent_magnet_material: Rare-earth permanent magnet material; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

servo_motor_assembly_and_test_process: Servo motor assembly and test process; servo_motor_feedback_alignment: Servo motor feedback alignment; robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing

5/5What safety, regulatory, or deployment constraints matter?

servo_motor_integrated_brake_option: Servo motor integrated brake option; conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

4/5What should be researched or added next?

Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation.

4/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

The graph should exclude unsupported high-confidence claims and keep detailed vendor claims unreviewed until evidence is added.

Stale 2026-04-27T03:10:16.087Z · Gate overall (evidence/coverage): 3.72/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.72/5 · Status: failed

Generated at: 2026-04-27T03:10:16.087Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

2/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

4/5What is the current estimated maturity?

prototype (53/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

2/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters

Missing Evidence
  • Add reviewed field cases, benchmark data, or cost evidence.
4/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing

5/5What safety, regulatory, or deployment constraints matter?

conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

4/5What should be researched or added next?

Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation.

4/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

The graph should exclude unsupported high-confidence claims and keep detailed vendor claims unreviewed until evidence is added.

Stale 2026-04-27T03:09:43.877Z · Gate overall (evidence/coverage): 3.72/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.72/5 · Status: failed

Generated at: 2026-04-27T03:09:43.877Z

Questions

5/5What is this product or capability?

An industrial robot-arm and computer-vision based parcel-sorting robot or sorting cell, mainly using grippers or suction cups, that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Robot-arm parcel manipulation subsystem; industrial_robot_arm_body: Industrial robot arm body; end_effector_gripper_or_suction: End effector: gripper or suction cup; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

2/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

4/5What is the current estimated maturity?

prototype (53/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

2/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters

Missing Evidence
  • Add reviewed field cases, benchmark data, or cost evidence.
4/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; precision_reducer_gearbox: Precision reducer / gearbox; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control

Cost coverage complete
5/5What manufacturing constraints dominate the product's feasibility?

robot_base_mounting_structure: Robot base / mounting structure; robot_arm_assembly_process: Robot arm assembly process; conveyor_integration: Conveyor integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing

5/5What safety, regulatory, or deployment constraints matter?

conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

4/5What should be researched or added next?

Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation.

4/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

The graph should exclude unsupported high-confidence claims and keep detailed vendor claims unreviewed until evidence is added.

Stale 2026-04-26T04:11:05.850Z · Gate overall (evidence/coverage): 3.83/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.83/5 · Status: failed

Generated at: 2026-04-26T04:11:05.850Z

Questions

5/5What is this product or capability?

A parcel-sorting robot or robotic sorting cell that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel manipulation or diverter mechanism; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_jam_rate_under_parcel_variability: Low jam rate under parcel variability; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; maintenance_cost_control: Maintenance cost control

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

4/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

2/5What evidence supports the most important claims?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters

Missing Evidence
  • Add reviewed field cases, benchmark data, or cost evidence.
4/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control

Cost coverage complete
4/5What manufacturing constraints dominate the product's feasibility?

conveyor_integration: Conveyor integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing

5/5What safety, regulatory, or deployment constraints matter?

conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

4/5What should be researched or added next?

Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation.

4/5What claims should not be included because they are unsupported, over-specific, or outside v0 evidence?

The graph should exclude unsupported high-confidence claims and keep detailed vendor claims unreviewed until evidence is added.

Stale 2026-04-26T04:10:36.093Z · Gate overall (evidence/coverage): 3.72/5 · failed

low_cost_parcel_sorting_robot_300k_rmb

Gate overall (evidence/coverage): 3.72/5 · Status: failed

Generated at: 2026-04-26T04:10:36.093Z

Questions

5/5What is this product or capability?

A parcel-sorting robot or robotic sorting cell that can be sold or deployed at approximately 300,000 RMB total system cost for logistics parcel sorting.

5/5What cost, scale, use-case, or performance target defines it?

targetCost: approximately 300,000 RMB total system cost; targetScale: single logistics sorting cell or small line segment; targetPerformance: commercially useful parcel throughput with low jam and intervention rates; targetUseCase: parcel sorting in logistics warehouses; targetEnvironment: conveyor-based parcel flow with variable labels, packaging, sizes, and weights

4/5Why should this be treated as a separate product node rather than a generic category?

Separate node because the cost target approximately 300,000 RMB total system cost changes feasible routes, hardware choices, and payback constraints.

2/5What are the key scientific principles behind it?

real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability

2/5What empirical assumptions must hold?

queuing_and_flow_variability: Queuing and flow variability

5/5What are the required modules?

vision_barcode_label_recognition: Vision / barcode / label recognition; parcel_detection_and_tracking: Parcel detection and tracking; parcel_manipulation_or_diverter: Parcel manipulation or diverter mechanism; conveyor_integration: Conveyor integration; sorting_decision_system: Sorting decision system; motion_planning: Motion planning; safety_system: Safety system; mechanical_structure: Mechanical structure; maintenance_workflow: Maintenance workflow; cost_optimized_hardware_stack: Cost-optimized hardware stack

5/5What are the main bottlenecks?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_jam_rate_under_parcel_variability: Low jam rate under parcel variability; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control; maintenance_cost_control: Maintenance cost control

5/5What key metrics determine progress?

total_system_cost: Total system cost; parcels_per_hour: Parcels per hour; sorting_accuracy: Sorting accuracy; allowed_parcel_weight_range: Allowed parcel weight range; allowed_parcel_size_range: Allowed parcel size range; failure_jam_rate: Failure / jam rate; human_intervention_rate: Human intervention rate; installation_time: Installation time; maintenance_cost: Maintenance cost; payback_period: Payback period

4/5What is the current estimated maturity?

prototype (55/100). 300,000 RMB parcel-sorting robot score is derived from required modules, route maturity, metric progress, and active bottlenecks.

2/5What breakthrough nodes are missing or only placeholders?

low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; robust_parcel_perception_under_real_logistics_conditions: Robust parcel perception under real logistics conditions

0/5What evidence supports the most important claims?

No target evidence found.

Missing Evidence
  • Add reviewed field cases, benchmark data, or cost evidence.
4/5What evidence is weak, missing, outdated, or only vendor-claimed?

ev_internal_product_target: Initial target definition for a 300,000 RMB parcel sorting cell; ev_vendor_sorting_cells: Vendor claims for modular parcel sorting cells and conveyor diverters; ev_field_case_placeholder: Placeholder field case for parcel variability, jam rate, and operator intervention; ev_cost_model_placeholder: Placeholder cost model for low-cost hardware stack

5/5What cost constraints dominate the product's feasibility?

low_cost_parcel_sorting_robot_300k_rmb: 300,000 RMB parcel-sorting robot; cost_optimized_hardware_stack: Cost-optimized hardware stack; total_system_cost: Total system cost; maintenance_cost: Maintenance cost; payback_period: Payback period; low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration; maintenance_cost_control: Maintenance cost control

Cost coverage complete
4/5What manufacturing constraints dominate the product's feasibility?

conveyor_integration: Conveyor integration; mechanical_structure: Mechanical structure; low_cost_conveyor_integration: Low-cost conveyor integration; modular_cell_manufacturing: Modular cell manufacturing

5/5What safety, regulatory, or deployment constraints matter?

conveyor_integration: Conveyor integration; safety_system: Safety system; maintenance_workflow: Maintenance workflow; installation_time: Installation time; low_cost_conveyor_integration: Low-cost conveyor integration; warehouse_machine_safety_standard: Warehouse machine safety standard

2/5What downstream capabilities would be unlocked if a key bottleneck is solved?

affordable_small_warehouse_automation: Affordable small warehouse automation

4/5What should be researched or added next?

Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation.

4/5What claims should not be included because they would violate safety boundaries?

The graph should exclude unsupported high-confidence claims and keep detailed vendor claims unreviewed until evidence is added.