FAQ

During mechanical processes such as metal cutting, CNC milling, stamping, forging, die-casting, and cutting, burrs and burrs with varying heights and irregular shapes are easily generated at the edges, holes, corners, and intersecting holes of the workpiece. This not only affects the appearance and texture of the product, but also leads to subsequent assembly lagging, scratching of parts, wear of mating surfaces, and even product malfunctions. The deburring machine is a specialized deburring, chamfering, and trimming equipment customized for various types of metal workpieces. It can uniformly and efficiently perform fine trimming on key and difficult areas such as the outer contour, inner hole edges, corner gaps, and irregular surfaces of the workpiece. The equipment adopts a stable mechanical grinding and flexible grinding structure, with uniform and controllable grinding force. The processed workpiece has rounded and uniform edges, smooth and even edges, and completely eliminates residual burrs during processing. Compared with traditional manual polishing methods, the standardization and consistency of equipment operations are high, completely avoiding problems such as uneven polishing, excessive polishing, and missed polishing caused by manual operations. This effectively improves the overall product qualification rate and assembly accuracy, greatly enhances production efficiency, adapts to large-scale standardized production needs, and widely serves many manufacturing fields such as hardware processing, auto parts, molds, precision machinery, and hardware stamping.