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Slow-walking wire cutting is a way of wire electrode continuous wire supply, that is, the wire electrode is processed in the process of motion, even if the loss of the wire electrode, it can be timely and continuously supplemented, so the processing accuracy naturally comes up. Just said that the productivity of the slow wire can be up to 350mm2/min.
Slow wire machine belongs to high precision machining machine, can achieve several µm machining accuracy, surface roughness Ra can reach <0.2µm. But some die factories do not pay attention to details when using slow wire machine tools, thinking that a good machine tool can casually achieve efficient and high precision machining. In fact, precision machining must establish the concept of precision machining, in the process of processing to ensure more accurate processing.
Slow-moving wire is a kind of machining machine tool which uses continuous moving fine metal wire (called electrode wire) as electrode to carry out pulse spark discharge on the workpiece to remove metal and cut into shape. The phenomenon of light voltage discharge in loose contact between the on-line electrode and the workpiece during slow wire processing.
Slow wire walking, also known as low speed wire walking, is a kind of CNC machining machine tool that uses continuous moving fine metal wire (called electrode wire, generally copper wire) as the electrode, carries out pulse spark discharge on the workpiece, produces high temperature above 6000 degrees, corrodes metal and cuts into the workpiece. The principle of slow wire processing is that there is a gap between the online electrode and the workpiece, and the continuous discharge removes the metal phenomenon.