Before the wire cutting machine manufacturer installs the wire cutting machine in the factory, it usually explains the operating environment of the machine tool and the factory personnel, and then directly installs the wire cutting machine in a suitable location to ensure that there will be no other impact on future use.

Wire-cutting machine tool is a kind of special processing that is different from traditional processing technology. It needs to rely on mechanical force and mechanical energy for cutting, and mainly uses electrical energy to process materials. Therefore, wire cutting machines are not limited by material properties, and can process any material with hardness, strength and brittleness, and occupy a very important position in current machining. Wire cutting machine tools are widely used in automobiles, machine tool production, aerospace, etc. In the industrial field, wire cutting technology achieves high-precision machining by reasonably optimizing processing parameters and compensating errors, and occupies an important position in the field of mechanical processing.

The remainder of the wire-cut workpiece is cut repeatedly, first dealing with the electrical conductivity of the workpiece. Because in the high-precision wire cutting, the walking route of the wire electrode will reciprocate along the processing track. Let us introduce the skills used in the repeated cutting process of the middle wire.

The wire conveying system of the wire cutting machine will have a serious impact on the brightness of the workpiece. If there is a problem with the wire transfer system of your wire EDM, then you need to stop testing and repair the system. The brightness of line cutting is generally determined by two factors, one is the size of the pits removed by a single discharge, and the other is the concave and convex stripes formed by the commutation. This is an important element that affects brightness. The control of the size of the pits formed by a single discharge is relatively simple, and it is only necessary to reduce the energy of a single pulse. It's just that the energy of a single pulse is too small to cut thicker workpieces. This is similar to the precision rules in EDM, resulting in unstable working conditions, extremely low efficiency, and poor chip evacuation.