Robotic Surface
Treatment System
appearance
Integrating Investment Casting Parts with Robotic Welding and Grinding to develop the Optimal Carbon Fiber Look Manufacturing Process
The most efficient labor-saving method for manufacturing aluminum alloy frames to resemble Integrated Carbon Fiber Frames
Robotic Handheld Workpieces Surface Treatment System
RHW-MC
Modular and Flexible Design
- Int egrates robot, DTboost surface treatment tools, and belt sanders.
- Ideal for flexible production.
- Suitable for small workpieces, handheld grinding improves grinding efficiency.
- Customizable modular equipment based on specific needs, including.
- Customizable modular equipment based on specific needs, including
- VSurface treatment tool rack
- Robot
- 3D feeder & Cart
- Transfer station
- Robotic base
- Dust collection filter tank
- Belt sander
- Flap wheel machine
Robotic Handheld Tool Surface
Treatment System
- Integrates robot and DTboost surface treatment tools.
- Equipped with an automatic tool change system that can automatically change tools based on requirements.
- Integrated tool change system can automatically change tools based on requirements.
- Equipped with an automatic sandpaper or belt changing system designed for external replacement, making it easy for users to change grinding materials.
- Dual-station design, saving loading time.
- Paired with a single-axis robot positioner to increase grinding range and reduce dead zones.
- Suitable for Welding Seam Grinding and Large Workpieces.
Cobot Handheld Tool Surface Treatment System
- Integrates robot and DTboost surface treatment tools.
- Saves workspace.
- Can automatically change sandpaper, improving automation efficiency.
Easy To Use
- Auto-Sandpaper Changer
- Dtboost Compliant Force
- Cobot
- Tool Changer
- Flexible Fixture
- Safety LiDar
Workpiece Corner Grinding Solution
STG-01
- Grinding in tight corners effectively increases the coverage rate from the original 60-70% to 80-90%.
- Various sandpaper shapes can be selected, ideal for processing different materials.