2026-08-21 views：27
Currently, the manufacturing industry is generally shifting towards a model of producing multiple varieties and small batches. Production lines require frequent changes in workpieces. Traditional rigid grinding solutions are cumbersome to adjust, and the switching cycle for changing lines is lengthy. The robotic grinding solution featuring a force-controlled floating grinding head perfectly meets the needs of flexible production.
The greatest advantage of the force control floating grinding head is its adaptability, which allows for reasonable tolerances in the dimensions of the workpiece. When replacing new products, only adjustments need to be made to the force control parameters within the system, without the need for re-high-precision manufacturing of fixtures and jigs. This significantly reduces the time required for changing production models. When faced with curved contours and irregularly shaped surfaces, the grinding tool can consistently conform to the surface of the workpiece, ensuring uniform and consistent grinding patterns.
Manual polishing is difficult to maintain a constant and stable force over an extended period, and batch-to-batch quality variations are common. Standard industrial robots lack tactile sensors, while the force-controlled floating polishing head, through continuous force feedback, enables stable and consistent processing, allowing product yield to remain stable at a high level.
It is now widely used in the fields of 3C electronic enclosures, new energy battery trays, and valve castings. Even for small- and medium-sized load industrial robots, lightweight force control floating grinding heads can be installed, enabling the automation of grinding processes with relatively low investment, thereby effectively improving the harsh dust-laden working environment.