Multi-station tote delivery
Compact X100 robots thread through narrow aisles to deliver component totes across dozens of SMT and assembly stations, with each stop sequenced by the fleet software rather than a fixed loop.
Application ?Electronics Factory AMR
Autonomous material flow for Electronics & Semiconductor.
Deliver totes and sensitive components across dense production environments with precise navigation.
The operating challenge
Keep material moving as operations change.
Dense workstations and delicate materials demand accurate, low-disturbance and traceable movement.
Kitting supply
Prepared kits travel from the warehouse or kitting area to the exact workstation that ordered them, reducing line-side inventory and the picking errors that come with manual milk runs.
Quality inspection routing
Boards and modules route automatically to AOI, test and rework stations, and every movement is logged ?giving traceability for batches that fail downstream testing.
Finished-product transfer
Packed finished goods move from end-of-line to warehouse or shipping staging with smooth, controlled acceleration that protects sensitive products in transit.
Deployment & safety
Built to run inside a live operation.
Smooth acceleration and deceleration profiles are tuned per route to protect vibration-sensitive components during transport.
Sub-?0 mm docking accuracy supports reliable handoffs to conveyor ports and station fixtures in tightly packed production areas.
The compact X100 chassis is sized for the narrow aisles of electronics factories, and the fleet system manages intersection traffic in dense multi-robot areas.
Recommended X Series
Match payload and workflow.
Start with the load, then select the top module, navigation configuration and level of system integration.
X100 Series
X300 Series
Common questions about electronics factory amr deployments.
Are AMRs gentle enough for sensitive electronic components?
Transport profiles control acceleration, deceleration and cornering speed per route, so delicate boards and optical modules travel with minimal vibration. Sensitive routes can run slower while bulk routes run at full speed.
Can an electronics factory AMR navigate very dense layouts?
Yes ?the 100 kg-class X100 is designed for narrow-aisle, high-density environments, and the fleet manager coordinates right-of-way at busy intersections so dozens of robots can share a compact floor.
How does AMR transport improve traceability?
Every task ?source, destination, time and robot ?is recorded in the fleet system. When a batch issue appears, you can reconstruct exactly how material moved through production.
Map your electronics & semiconductor workflow with an engineer.
Share your payload, route length, throughput and system requirements. We recommend a configuration and deployment path.
Request a solutionTalk to the team
For product selection, integration or distributor conversations.