2026-06-02 views：3
Traditional automated equipment struggles to adapt to complex curved surfaces and dimensional variations in tasks such as grinding, polishing, and removing burrs due to a lack of flexible force control capabilities. This limitation restricts the range of applications and the precision of the processes. The integration of force-control floating grinding heads infuses “flexible intelligence” into automated equipment, ushering in a new era of precision grinding.
The force-controlled floating polishing head is equipped with a high-precision force sensor and intelligent control algorithm. It real-time monitors the polishing contact force and dynamically adjusts it, achieving millisecond-level response and constant force polishing, with force control precision down to ±1N. Its floating compensation structure provides bidirectional compensation in both axial and radial directions, absorbing errors in the workpiece surface to ensure uniform and consistent polishing quality.
The automated equipment featuring integrated force control and floating polishing heads can be flexibly adapted to meet the precise polishing requirements of automotive parts, 3C electronics, aerospace, and other industries. This significantly enhances processing accuracy, efficiency, and product yield, driving the development of automated polishing technology towards flexibility, intelligence, and high precision.