2026-08-10 views：27
A fully-fledged automated polishing workstation consists of three essential components: industrial robots, robotic polishing heads, and force-controlled floating polishing heads. When these components are properly combined, they can balance processing efficiency, polishing precision, and equipment stability, catering to the diverse manufacturing and processing needs of today.
Industrial robots provide multi-dimensional spatial movement capabilities, enabling the end-effectors to reach various processing positions on the workpiece. The robot’s grinding head provides grinding power, with options for sand belts, sand wheels, and polishing wheels based on the process requirements. The force-controlled floating grinding head acts as a flexible buffer and maintains constant force control, thereby preventing damage to the workpiece caused by rigid contact.
Many integrated solutions can easily fall into error traps. By directly connecting abrasive tools in a rigid manner and abandoning force control structures, they ultimately only allow the processing of standard components with extremely small tolerances. When encountering non-standard components or products with significant raw material fluctuations, the risk of batch failures remains high. The addition of force control floating abrasive heads significantly enhances the system’s fault tolerance and lowers the precision requirements for tooling and fixtures.
The entire system is highly compatible and can be used with mainstream brands of industrial robots. It can be applied to both new grinding production lines and retrofitted older workstations. It is widely used in the grinding of automotive parts, integrated die-casting shells, and stainless steel products, helping manufacturing enterprises overcome the challenges of finding skilled workers for grinding and maintaining product quality.