2026-07-22 views：1
The traditional manufacturing industry’s polishing process has long relied on skilled technicians. It is plagued by significant dust pollution, difficulty in recruiting workers, and uneven product quality. Thin-walled components and irregularly shaped surfaces are highly susceptible to over-polishing and missed polishing. This is a major challenge for many automotive parts and die-casting manufacturers looking to upgrade their processes. As a professional manufacturer of automated robotic polishing systems, Beijing Steyr CNC has extensively researched flexible polishing technologies and developed its own full range of floating polishing heads to address the shortcomings of traditional rigid polishing from its roots.
The Steyr floating grinding head is equipped with a high-precision force control sensor, enabling precise force control of ±1N, with a maximum 20mm travel for floating compensation. It can dynamically adapt to errors caused by welding deformation and dimensional tolerances of workpieces. The structure features 360° radial oscillation + axial bidirectional floating, making it suitable for quick modifications of six-axis robots and collaborative robots without requiring changes to the entire line. Currently, this product is widely used in scenarios such as grinding new energy battery casings, aluminum alloy die-cast parts, and hardware and bathroom fittings. After deploying robots equipped with Steyr grinding heads at a certain automotive parts factory, the grinding yield rate increased from 82% to 99.5%, the production capacity per shift tripled, and labor costs decreased by 55%.
Drawing upon more than a decade of experience in craftsmanship, Beijing Stier CNC can customize single- and dual-head floating polishing solutions to meet specific needs. This approach balances the low-cost transformation of small and medium-sized factories with the automation integration of large production lines, making it the preferred supplier of automatic polishing equipment in China.