The system core consists of an autonomous mobile robot platform and customizable upper modules. Utilizing advanced SLAM navigation technology, the robot requires no major modifications to existing facilities, enabling autonomous path planning and flexible obstacle avoidance in complex, dynamic environments. The upper modules—such as roller, lifting, or robotic arm gripper types—can be configured as needed to handle automated transport, sorting, and line feeding of various materials, including standard bins, cartons, and pallets.
This system facilitates a "material-to-person" operational model, automatically and accurately delivering materials to designated stations or workpoints. It effectively reduces unnecessary walking and manual handling by operators, optimizing human resource allocation. Through seamless integration with upper-level management systems (e.g., WMS, MES), the robots can receive and execute transport commands, with full-process data recording and traceability to support operational improvements.
By implementing this AMR system, we help customers enhance logistics automation and operational consistency in scenarios such as mixed-model production, flexible assembly, and order picking.
The Composite Mobile AMR System is a preferred solution for many semiconductor wafer fabs seeking to reduce material flow costs, improve efficiency, and advance informatization and intelligent manufacturing.
Popular Keywords: Pallet Jack Robot , Stacker Crane
