GRINDING, SANDING & POLISHING
Robotic grinding, sanding and polishing requires maintaining direct contact between the tool and the part. Capture the exact spatial trajectory of tools in the hands of your best workers without programming. Generate the code in seconds and scale your output from lot size one.
Free, 30 minutes
APPLICATIONS
Traditional programming makes high-mix, small-batch surface finishing mathematically unprofitable. Achieve a flawless finish across complex geometries, ensuring consistent quality on your most intricate designs.
Grinding
Sanding
Polishing
Deburring
Buffing
OUR 3-STEP PROCESS
Free, 30 minutes
PLUG & PLAY COMPATIBILITY
Do not replace your hardware; upgrade its capabilities. Fully compatible with major OEMs like FANUC, ABB, Yaskawa and other brands right out of the box. OOur grinding solutions also supports frequently used compensators such as PushCorp, Mirka or FerRobotics.
Key Benefits
Ensure direct contact with absolute robotic repeatability
Intelligent trajectory postprocessing and optimization to improve performance
Replace complex programming with 100% CAD-free no-code teaching
Program robots 80% faster compared to traditional methods (pendant, programmer)
Improve safety by removing workers from hazardous environments
Increase line uptime by teaching the robot without stopping production
Products
Translate human craftsmanship into consistent abrasive finishing. Teach your robots the exact movements for grinding, sanding, buffing, and polishing. Fully compatible with custom grinding attachments for tool-in-hand applications.
Advanced robot teaching method powered by external cameras. Digitalize complex part-in-hand and tool-in-hand applications and seamlessly integrate your custom grinding attachments.
Testimonials
“We like to work with RoboTwin. Their tools help us save operating costs for our customers by shortening programming time and reducing the need for programming staff.”
Read customer storyFAQ
No. RoboTwin & RoboTeach are 100% CAD-free. Your craftsman physically demonstrates the process on the actual part. We generate the code based on spatial movement, allowing you to completely bypass complex 3D simulation software. However, all generated code remains fully compatible with standard Robot Simulation Software for final process validation if needed.
It does not. The programming happens anywhere. Your craftsman can record trajectories at a manual booth while the robot continues buffing the previous batch. This entirely eliminates costly production downtime.
Unlike painting, grinding applications are based on maintaining direct contact and constant pressure between the tool and the part. You record the precise spatial trajectories and contact points, ensuring absolute robotic repeatability for even complex convex and concave shapes.
Tell us what you are grinding, polishing, buffing or sanding and we will show you how to automate it. In 3 steps and 1 minute, using your existing crew.
Ing. David Polák
Sales Director
