30-minute deployment
Map and mark task points with the deployment tool闁炽儲鏁媔thout facility reconstruction or specialist commissioning.
Autonomous intralogistics
Autonomous Mobile Robots for Material Handling.
Flexible AMRs for warehouse and factory transport闁炽儲鏀﹔om 100 kg totes to 1500 kg pallets. Deploy faster, scale one robot at a time and integrate on your terms.
20+Countries & regions
15,000+Customers served
100+Granted patents
X300 PAYLOAD300 kg
LASER SLAM + VSLAMVDA5050 READY100闁?500 KG30-MINUTE DEPLOYMENTOPEN API
01 闁?X Series
One robot platform.
Every material flow.
A modular family covering light totes, production supply, heavy materials and autonomous pallet movement.
02 闁?Core advantages
Strong onboard intelligence. Light orchestration.
Six capabilities make the X Series faster to deploy, easier to operate and safer to scale across industrial environments.
Explore the platformLaser + visual dual SLAM
Multi-sensor fusion strengthens perception, navigation and decision-making in dynamic and open environments.
Distributed self-networking
Robots coordinate locally while cloud task scheduling and traffic control support multi-robot operations.
Multimodal interaction
Operate through app, cloud and IoT devices, with visual tools for configuring task workflows.
IoT integration
Connect production equipment and facility devices for coordinated, automated material-handling workflows.
Safety protection system
Multi-sensor detection, emergency stop, bumper and audible-visual alerts provide 360閹?travel protection.
03 闁?Solution advantages
The AMR advantage over traditional automation.
Compare the X Series with traditional AGV and conventional AMR systems across deployment, adaptability, safety and ownership cost.
| Capability | Traditional AGV | Conventional AMR | iBen X Series AMR |
|---|---|---|---|
| Core technology | System scheduling + floor QR codes | System scheduling + robot localization | Laser SLAM + visual SLAM |
| Environment adaptability | Weak 鐠?depends on QR codes or magnetic strips | Moderate 鐠?may require auxiliary markers | Strong 鐠?marker-free and environment-adaptive |
| Mixed human-robot safety | Low 鐠?usually requires separation | Moderate 鐠?stops when blocked | High 鐠?360閹?sensing and active dynamic avoidance |
| Obstacle handling | Stops and requires manual intervention | Stops and requires manual intervention | Autonomous rerouting without operator takeover |
| Deployment complexity | Very high 鐠?facility modifications required | High 鐠?specialist commissioning required | Very low 鐠?self-deployment in about 30 minutes |
| Scheduling flexibility | Fixed and rigid routes | Central scheduling 鐠?network dependent | Distributed self-networking 鐠?decentralized coordination |
| Total cost of ownership | Very high | High | Lower hardware, deployment and maintenance burden |
04 闁?Applications
Built around the flow,
not just the robot.
01
Warehouse & Logistics
Pallet transport, goods-to-person and cross-zone replenishment.
02Manufacturing
Line feeding, WIP transfer and finished-goods movement.
03Automotive
Heavy components and synchronized production supply.
04Electronics & Semiconductor
Precise multi-station tote and sensitive-material delivery.
05New Energy
Safe movement of heavy materials across long routes.
06Textile & Apparel
Fabric, yarn and finished-goods movement across large facilities.
07Optoelectronics & Precision
Smooth, predictable movement for sensitive components.
08Pharmaceutical
Traceable cross-zone material transport and replenishment.
09E-commerce & Retail
Flexible tote, order and replenishment transport.
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