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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 0/5 | What breakthrough nodes are missing or only placeholders? No placeholder breakthrough nodes found. |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 0/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? No downstream unlocked nodes found. |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 0/5 | What breakthrough nodes are missing or only placeholders? No placeholder breakthrough nodes found. |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 0/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? No downstream unlocked nodes found. |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 0/5 | What breakthrough nodes are missing or only placeholders? No placeholder breakthrough nodes found. |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 0/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? No downstream unlocked nodes found. |
| 1/5 | What 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
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| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
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| 0/5 | What breakthrough nodes are missing or only placeholders? No placeholder breakthrough nodes found. |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 0/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? No downstream unlocked nodes found. |
| 1/5 | What 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
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| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 0/5 | What breakthrough nodes are missing or only placeholders? No placeholder breakthrough nodes found. |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 0/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? No downstream unlocked nodes found. |
| 1/5 | What 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
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| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 0/5 | What breakthrough nodes are missing or only placeholders? No placeholder breakthrough nodes found. |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 0/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? No downstream unlocked nodes found. |
| 1/5 | What 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
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| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
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| 0/5 | What breakthrough nodes are missing or only placeholders? No placeholder breakthrough nodes found. |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 0/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? No downstream unlocked nodes found. |
| 1/5 | What 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
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| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
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| 0/5 | What breakthrough nodes are missing or only placeholders? No placeholder breakthrough nodes found. |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 0/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? No downstream unlocked nodes found. |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 0/5 | What breakthrough nodes are missing or only placeholders? No placeholder breakthrough nodes found. |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 0/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? No downstream unlocked nodes found. |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
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| 0/5 | What breakthrough nodes are missing or only placeholders? No placeholder breakthrough nodes found. |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 0/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? No downstream unlocked nodes found. |
| 1/5 | What 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
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| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
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| 0/5 | What breakthrough nodes are missing or only placeholders? No placeholder breakthrough nodes found. |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 0/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? No downstream unlocked nodes found. |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 0/5 | What are the main bottlenecks? No bottlenecks found. |
| 5/5 | What 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 |
| 3/5 | What 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
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| 2/5 | What 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 |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 2/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 0/5 | What are the main bottlenecks? No bottlenecks found. |
| 5/5 | What 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 |
| 3/5 | What 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
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| 2/5 | What 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 |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 1/5 | What 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
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| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 0/5 | What are the main bottlenecks? No bottlenecks found. |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 2/5 | What 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 |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 3/5 | What 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.
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. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 2/5 | What are the main bottlenecks? low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 2/5 | What 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 |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 2/5 | What are the main bottlenecks? low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 2/5 | What 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 |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 2/5 | What are the main bottlenecks? low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 2/5 | What 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 |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 2/5 | What are the main bottlenecks? low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation; low_cost_conveyor_integration: Low-cost conveyor integration |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 2/5 | What 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 |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 4/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 2/5 | What 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 |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 4/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 2/5 | What 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 |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 4/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 2/5 | What 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 |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 4/5 | What 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 |
| 5/5 | What 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 |
| 3/5 | What 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
|
| 2/5 | What 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 |
| 1/5 | What 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
Notes: Current supporting evidence includes weak, internal, vendor, or unreviewed records. |
| 1/5 | What 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
Notes: Weak evidence includes unreviewed evidence, low/medium confidence evidence, vendor claims, internal notes, and placeholders. |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 1/5 | What 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
|
| 2/5 | What 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
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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 2/5 | What are the main bottlenecks? low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation |
| 5/5 | What 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 |
| 4/5 | What 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. |
| 2/5 | What 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 |
| 2/5 | What 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
|
| 4/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 4/5 | What should be researched or added next? Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation. |
| 4/5 | What 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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 2/5 | What are the main bottlenecks? low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation |
| 5/5 | What 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 |
| 4/5 | What 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. |
| 2/5 | What 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 |
| 2/5 | What 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
|
| 4/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 4/5 | What should be researched or added next? Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation. |
| 4/5 | What 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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 2/5 | What are the main bottlenecks? low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation |
| 5/5 | What 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 |
| 4/5 | What 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. |
| 2/5 | What 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 |
| 2/5 | What 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
|
| 4/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 4/5 | What should be researched or added next? Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation. |
| 4/5 | What 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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 2/5 | What are the main bottlenecks? low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation |
| 5/5 | What 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 |
| 4/5 | What 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. |
| 2/5 | What 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 |
| 2/5 | What 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
|
| 4/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 4/5 | What should be researched or added next? Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation. |
| 4/5 | What 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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 2/5 | What are the main bottlenecks? low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation |
| 5/5 | What 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 |
| 4/5 | What 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. |
| 2/5 | What 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 |
| 2/5 | What 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
|
| 4/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 4/5 | What should be researched or added next? Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation. |
| 4/5 | What 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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 2/5 | What are the main bottlenecks? low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation |
| 5/5 | What 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 |
| 4/5 | What 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. |
| 2/5 | What 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 |
| 2/5 | What 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
|
| 4/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 4/5 | What should be researched or added next? Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation. |
| 4/5 | What 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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 2/5 | What are the main bottlenecks? low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation |
| 5/5 | What 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 |
| 4/5 | What 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. |
| 2/5 | What 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 |
| 2/5 | What 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
|
| 4/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 4/5 | What should be researched or added next? Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation. |
| 4/5 | What 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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 2/5 | What are the main bottlenecks? low_cost_high_reliability_parcel_manipulation: Low-cost high-reliability parcel manipulation |
| 5/5 | What 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 |
| 4/5 | What 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. |
| 2/5 | What 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 |
| 2/5 | What 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
|
| 4/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 4/5 | What should be researched or added next? Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation. |
| 4/5 | What 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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 4/5 | What 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. |
| 2/5 | What 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 |
| 2/5 | What 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
|
| 4/5 | What 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 |
| 5/5 | What 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 |
| 4/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 4/5 | What should be researched or added next? Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation. |
| 4/5 | What 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
| 5/5 | What 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. |
| 5/5 | What 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 |
| 4/5 | Why 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. |
| 2/5 | What are the key scientific principles behind it? real_time_machine_vision: Real-time machine vision; queuing_and_flow_variability: Queuing and flow variability |
| 2/5 | What empirical assumptions must hold? queuing_and_flow_variability: Queuing and flow variability |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 5/5 | What 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 |
| 4/5 | What 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. |
| 2/5 | What 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 |
| 0/5 | What evidence supports the most important claims? No target evidence found. Missing Evidence
|
| 4/5 | What 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 |
| 5/5 | What 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 |
| 4/5 | What 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 |
| 5/5 | What 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 |
| 2/5 | What downstream capabilities would be unlocked if a key bottleneck is solved? affordable_small_warehouse_automation: Affordable small warehouse automation |
| 4/5 | What should be researched or added next? Prioritize field evidence for throughput/jam rate, costed BOM assumptions, route-specific bottlenecks, and ROI validation. |
| 4/5 | What 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. |