Model-based for High Machining Accuracy
Based on the BIM data imported from ROBIM, the process path for the robot can be generated directly without the trouble of drawing, manual alignment, or measurement, thus avoiding errors in drawing and machining.
Dual-robot Collaborative Processing System
With dual-robot collaborative processing and intelligent identification of process tools by ROBIM, the processing center can perform various processing on components, including cutting, punching, grooving, and milling, with high efficiency and accura
Automatic Tool Change for Improved Efficiency
The robot can automatically switch between different tools such as milling cutters, milling discs, three-pointed drills, chain saws, and circular saws to ensure continuous component processing.
Model-based for High Machining Accuracy
Based on the BIM data imported from ROBIM, the process path for the robot can be generated directly without the trouble of drawing, manual alignment, or measurement, thus avoiding errors in drawing and machining.
Robotic Processing System for Various Applications
The ROBIM platform supports various processing of wood, including cutting, punching, grooving, and milling. By automatically matching the end effector, the robot can meet the needs of different subtractive processing applications.
automatic tool change system to improve processing efficiency
provide milling cutters, milling discs. three-tip drills, chainsaws,disc saws and other tools, through the robot automatic Switching tools, to ensure continuous processing between operations, to meet the end of the part processing needs.
Automatic Tool Change for Improved Efficiency
The robot can automatically switch between different tools such as milling cutters, milling discs, three-pointed drills, chain saws, and circular saws to ensure continuous wood processing.
Wooden structure robot machining single station