The characteristics of wire cutting processing are mainly reflected in the following aspects:

No significant mechanical chip force: Regardless of the hardness and stiffness of the workpiece, any conductive or semi-conductive material can be processed. However, non-metallic conductive materials cannot be processed.
High precision: The electrode wire has low loss and can achieve high processing accuracy, especially suitable for parts with complex shapes and small sizes.
Good quality: Since wire cutting is non-contact processing, it does not exert force on the parts and avoids deformation of the parts. At the same time, the processed surface has high smoothness, few burrs, and good surface quality.
Wide range of applications: Wire cutting is suitable for materials of various hardnesses, including carbide, ceramics, metals, etc.
Large cutting thickness: Wire cutting can process larger thickness workpieces and is not affected by material hardness.
Small thermal impact on the workpiece: Since the heat generated during wire cutting is mainly concentrated in the cutting seam, the thermal impact on the workpiece is small, which is beneficial to maintaining the dimensional stability of the workpiece.
No tool wear: Since wire cutting is non-contact processing, the electrode wire does not directly contact the workpiece, so there is no tool wear, which is beneficial to maintaining processing accuracy.
Able to process complex shapes and micro-sized parts.
By processing the workpiece through CNC programming technology, the processing parameters can be adjusted, making it easy to realize automatic processing.