-
The first in China, it can grasp the complete frame and disorderly work
-
Unique design, high adaptability, automatic detection of the collision avoidance relationship between the hand grip and the material frame and workpiece, and avoid collision in advance
-
Multiple templates, multiple grasping points, unique inclination design, multiple grasping postures, widely adapted to complex workpieces, and grasping scope expanded by 42%
-
Force control to sense the overlap/jamming of workpieces, and automatically re-grab, reduce unexpected downtime, and ensure that the last few workpieces are grasped
-
Intuitive interface, easy to use, and powerful
-
Programming-free deployment, drag-and-drop operation, reducing personnel requirements and saving programming time
-
Fully automatic, compensation-free, rapid establishment of the coordinate system, no manual intervention, no need to re-calibrate the replacement of the hand grip or the material frame
-
Built-in a variety of logic chains and operator modules, quickly deploy, add, and switch products, and complete product switching in half an hour
-
Support external third-party extensions, such as deep learning modules, etc.
-
Adapt to mainstream domestic and foreign robotic arms
-
Can be interconnected with MES/FMS system information to build a digital car