Magnetic deburring and polishing machine is a new product which is reformed from the shortcomings and defects of traditional deburring machine. The inner hole, dead angle and small seam of precision hardware workpiece can be polished and deburred obviously. Uniform magnetic field distribution, high frequency rotary motion, more uniform polishing effect, smoother surface, and cleaning effect.

The magnetic deburring machine uses its uniform magnetic field distribution to produce magnetic induction effect, which makes the magnetic steel needle and the workpiece grind in all directions and multi angles, so as to achieve the effects of fast deburring, deburring, cleaning the workpiece and so on. Especially for the complex shape, porous seams, internal and external threads and other workpieces, it can show its unique effect: it does not damage the surface of the workpiece and does not affect the accuracy of the workpiece.

Vibration deburring polishing machine is mainly used in: bicycles, all kinds of die castings, all kinds of stamping parts, all kinds of sheet metal parts, furniture hardware, clothing hardware, luggage hardware, glasses accessories, medical equipment, bearings, music equipment, metal fishing gear, instruments, handicrafts, daily necessities, clock accessories, locks, electronic accessories, hand tools (spanners, sockets Surface polishing, chamfering, deburring, deburring, derusting, spotting, fine grinding, finishing, rough polishing, precision polishing, gloss polishing, excellent vibration before electroplating, etc.

Electrolytic deburring polishing machine is to be polished workpiece as anode, insoluble metal as cathode, two poles simultaneously immersed into the electrolytic cell, through the direct current to produce selective anodic dissolution, through the positive and negative electrode current and electrolyte joint action to improve the metal surface micro geometry, reduce the metal surface roughness, so as to achieve the purpose of workpiece surface bright and smooth. The first major feature of electropolishing is selective dissolution. The surface of the workpiece is wavy and non-linear from the microscopic point of view. The electricity yield of the protruding part of the metal surface is higher than that of the concave part, so the protruding part will dissolve first, while the concave part is passive and not easy to be dissolved because it gets more adhesive film and low electricity. So the initial stage of electrolysis is the process of surface finishing. When the surface is smooth, then enter the process of light, then the surface is bright and smooth, showing a mirror effect.