Event
REEMAN announces warehouse picking robot solution for German customer
1 reports · 1 sources
REEMAN ROBOT announced a mobile manipulator solution developed in collaboration with a German industrial technology customer, for warehouse shelf picking and material handling. The solution uses the Big Dog Chassis AMR with a rated payload of 100 kg as the mobile platform, integrating a 7-DOF robotic arm with a rated payload of 5 kg and a reach of 610 mm, as well as a vertical lift mechanism with a stroke of 1,200 mm. The project also involves laser navigation, 3D environment perception, RGB-D vision integration, gripper selection and software development; the customer stated that it hopes to obtain a Python SDK, ROS integration, drag-and-drop teaching, teleoperation and custom AI application development capabilities. REEMAN said the project also explored GPU-accelerated computing for vision and AI manipulation development. The video accompanying the report is independent robot reference material and does not show the German customer's project.
Report timeline
- How Does REEMAN Use the Big Dog Chassis Mobile Platform to Automate Warehouse Shelf Picking?
REEMAN ROBOT partnered with a German industrial technology customer to develop a mobile manipulator robot for warehouse shelf picking and material handling. The solution uses the Big Dog Chassis AMR platform with a rated payload of 100 kg, paired with a 7-DOF robotic arm with a rated payload of 5 kg and a working reach of 610 mm, as well as a vertical lifting mechanism with a stroke of 1,200 mm.
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