Parcel pick-and-place execution subsystem
The execution subsystem that physically picks, pushes, or places parcels into the selected output lane or bin. It owns the robot arm body, end effector, and motion-planning dependencies instead of duplicating those dependencies at the product root.
Rolled-up cost
p50 214,079 (range 113,850–480,345) RMB Cost coverage complete
Coverage gap: 0 of 58 subsystems lack cost data
Earliest cost as-of: 2025
Bottom-up sum of subsystem cost metrics with a 15% per-layer integration overhead. Subsystems missing cost data contribute 0 — see coverage gap below.
Candidate manufacturers / investable exposure
candidate organizations linked by manufactured_by; unreviewed entries are not confirmed market leaders
- ABB RoboticsReference picking accuracy: 99.5 % · Public listing: ABB / ABBN.SW; signed sale of Robotics division to SoftBank expected around mid-2026
Investor relevance: closest public reference for an industrial robot-arm parcel-induction module, but its positioning is higher-end than the 300,000 RMB target. listing backfill 2026-06-10 (agent, needs review)
- WayzimCross-belt sorter claimed sorting accuracy: 99.99 % · Public listing: 688211.SH
Investor relevance: one of the closest listed China suppliers for robotic parcel infeed plus conveyor sortation; price point and delivered unit economics still need field evidence. listing backfill 2026-06-10 (agent, needs review)
- Dematic / KIONPublic listing exposure: KION Group KGX.DE · FY2025 Supply Chain Solutions revenue: 3,071.4 EUR million
Investor relevance: downstream and integration exposure; usually larger-system supplier rather than low-cost single-cell component vendor. listing backfill 2026-06-10 (agent, needs review)
- Honeywell IntelligratedPublic listing exposure: HON · 2024 Warehouse and Workflow Solutions revenue: 1,000 USD million
Investor relevance: WES/WCS and sortation integration exposure; exact exposure to low-cost Chinese parcel cells is uncertain. listing backfill 2026-06-10 (agent, needs review)
Required Modules
- Industrial robot arm body
- Vacuum suction end-effector module
- Motion planning
Key Metrics
- Parcel manipulation subsystem integration costas of: 2025Current: p50 4,000 (range 2,000–8,000) RMB
Bottlenecks
None.
- Parcel manipulation subsystem integration cost — 2025 estimateType: internal noteStatus: unreviewedconfidence: lowSource: Internal industry-range estimate (ralph iter 18)Date: 2026-05-07
Rough integration-only cost premium for the manipulation subsystem level — mounting brackets, cabling specific to manipulation, sequencing programming, calibration jigs. Sized as a small premium because the bulk of cost lives in arm body and end-effector pricing already; this captures the manipulation-level glue.
Limitations: Auto-generated during ralph iter 18 cost-research backfill. Pricing this aggregate node intentionally rather than recursing into arm/end-effector/motion-planning, which the rollup walker prices separately via the direct product-level requires edges.
- Source: ABB RoboticsDate: 2026-06-07
ABB describes an AI-powered parcel inductor module for CEP operations and claims peak performance around 1,500 picks per hour with picking accuracy above 99.5%.
Limitations: Vendor product page. Peak pick-rate and picking-accuracy claims are not the same as sustained parcel-sorting throughput, total sort accuracy, jam rate, or field acceptance for the 300,000 RMB v0 cell.