2026-05-19 views：15
In the process of polishing, smoothing, and removing burrs from complex curved surfaces and irregularly shaped workpieces, traditional rigid main shafts are prone to over-cutting, residue, or surface damage due to deviations in the workpiece. The advent of radial floating main shafts has perfectly addressed this industry pain point.
The radial floating main shaft features a 360° radial floating design, which can real-time compensate for dimensional deviations and geometric errors within 0.5 mm of the workpiece surface, ensuring that the grinding tool always maintains contact with the workpiece surface, thereby achieving uniform and stable grinding results. Its high rigidity structure and high precision rotational characteristics enable it to maintain stability during high-speed operation, thereby enhancing grinding efficiency and surface quality.
In scenarios involving grinding, polishing, and removing burrs from cast iron components, aluminum alloy die-cast components, and components for new energy vehicles, the radial floating main shaft performs exceptionally well, significantly improving product quality rates and reducing the rate of rework. It is an essential core component of automated grinding equipment.