2026-05-08 views：20
In the fields of aerospace, new energy vehicles, medical equipment, and other high-end manufacturing sectors, the polishing of complex curved surfaces and irregularly shaped structural components has long been a industry challenge. Traditional manual polishing is inefficient and lacks precision, while conventional industrial robots’ rigid polishing methods cannot conform to curved surfaces, which easily leads to component failure and high production costs. Beijing Steer CNC Technology’s introduction of the Force Control Floating Polishing Equipment + Industrial Robot Integrated Solution has successfully addressed this industry problem, providing the optimal solution for polishing complex components.
Take the battery boxes for new energy vehicles, aerospace structural components, and medical precision parts as examples. These types of workpieces have complex curved surfaces, numerous welds, and extremely high precision requirements. Beijing Stiel’s solution utilizes 3D visual positioning + force control adaptive technology to enable industrial robots to accurately identify the contours of the workpieces. The end-of-arm tooling adjusts its angle and force automatically in response to the curved surface. The entire process involves constant force floating polishing, which thoroughly removes weld marks, burrs, and oxidation layers without damaging the workpiece substrate. The surface smoothness and consistency fully meet the stringent industry standards.
Compared to individual grinding equipment, the Stier integrated solution boasts high flexibility, allowing for rapid switching between different workpiece models and accommodating multiple varieties and small-batch production modes. A single robot can replace 3-4 skilled workers, significantly reducing the grinding cycle time and increasing production efficiency by several times. Additionally, it eliminates the hazards posed by dust to workers, enabling green and safe production. Currently, this solution has been implemented in numerous high-end manufacturing enterprises, demonstrating through practical results that the combination of Stier’s force-control floating equipment and industrial robots is irreplaceable for complex workpiece grinding.