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Electrochemical-mechanical abrasive polishing is a composite process combines electrochemical abrasive polishing and mechanical abrasive polishing. During electrochemical abrasive polishing, the abrader serves as the cathode and the tool for abrasive polishing, and the workpiece is the anode; the electrolyte is usually formulated based on saline solution.Electrochemical-mechanical abrasive polishing is suitable for stainless steel, aluminum alloy, titanium alloy, nickel alloy, magnesium alloy, hastelloy alloy, copper alloy, carbon steel, bearing steel, die steel, and other materials.The abrasive speed of a workpiece is mainly determined by the effect of electrochemical abrasive polishing. Therefore, under the same surface roughness, the effect of the electrochemical process is higher than the mechanical process,and there are no remaining burrs on the workpiece after electrochemical abrasive polishing.An electrochemical-mechanical abrasive polishing process can make a workpiece surface roughness reach mirror effect, Rz 0.2～0.01μm,from a roughness of Rz 10～20μm.When the abrasive condition is adjusted, the surface roughness can reach an ultra-mirror degree, Ra 0.001μm（Ra=1nm).The equipment is a precision abrasive machine with high dimensional accuracy and stable quality, and can be used in batch production.
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