Bin Picking
02:14A Tier-1 automotive supplier needed to feed a stamping press 24/7. Our system now grips 142 random, mixed parts per minute — reflective metals, deformables, tangled geometries. No reprogramming. Just adapt.
Real-time, on-robot Vision AI with sub-millimetre precision. No cloud, no lag — just fast, deterministic decisions on the line.
Foundation models can finally reason about the physical world. But the cell still waits for the cloud. The robot still drifts. The line still stops.
We built S3nsei for the next decade of factories — where intelligence lives on the robot, not in a data center 8,000 km away.
Industrial automation spend by 2030 — driven by labour gaps and reshoring.
Typical cloud round-trip per frame. Unusable for closed-loop control.
Foundation models now run at < 30 ms on a Jetson — no GPU farm required.
Trained-once vision systems fail on new SKUs, new lighting, new lines.
Two halves of one stack. Industrial hardware meets foundation models — engineered to run independently on the cell.
Four verticals. One vision stack. Each cell shipped with a customer-grade SLA, not a slide deck.
From XUV 3XO sub-frame inspection to body-in-white de-racking — vision-led QC at takt-time.
Mixed, reflective, deformable bins. Zero-training perception that adapts to new SKUs in hours.
Vial, blister, and ampoule handling under Annex 1 — every frame logged, every dispatch auditable.
Torque-aware fastening and SOP verification on parts that weigh more than the robot.
No cloud round-trip. No managed inference endpoint. A single binary on the edge device, deterministic latency, full observability.
Deploy high-precision Vision AI in days, not months. Our pre-configured use-cases come battle-tested and ready for immediate integration on your production floor.
A Tier-1 automotive supplier needed to feed a stamping press 24/7. Our system now grips 142 random, mixed parts per minute — reflective metals, deformables, tangled geometries. No reprogramming. Just adapt.
Electronics assembly demanded repeatable placement across varying surface tolerances. We deliver sub-half-millimetre accuracy, cycle after cycle, on any material — from PCBs to curved housings.
An OEM's paint shop required autonomous handling of body-in-white panels without a single scratch. Our Vision AI now deracks painted parts, fragile glass, and sensitive composites — zero damage, zero downtime.
Precision assembly lines needed torque-aware operations that never compromise. We handle bolts, screws, and rivets with 0.1mm sub-millimetre accuracy — ISO 5393 compliant, every single time.
Aerospace sealing required adhesive bead tracking with zero tolerance for error. Our closed-loop correction maintains ±0.1mm accuracy — even on complex 3D contours and varying flow rates.
GMP-compliant facilities demanded validated handling of vials, blisters, and ampoules. Our system meets stringent pharmaceutical standards — traceable, auditable, production-ready.
Pick the rung you're on. We meet teams where they are — from a 30-minute technical briefing to a fully shipped pilot cell.