Both the workpiece and the electrode are fully submerged in dielectric fluid, where electrical pulses create discharge craters on the workpiece surface.

A thin wire electrode is used to cut out the desired shape from the workpiece surface.

Discharge machining is performed on a hole in the workpiece or through the center of the workpiece to create the desired hole shape.

Instead of using a metal wire as the electrode, discharge machining is performed by applying a specific-shaped electric field to the workpiece surface.

Discharge machining can be performed at different angles.
Various machining effects can be achieved by selecting different electrode shapes.

It enables high-speed, high-precision machining of hard materials.
No cutting forces are generated during processing, so the workpiece surface remains undamaged.

It allows for the precise formation of holes on the material surface.
Deep-hole machining is possible without the need for specialized cutting tools.

No cutting tools are required.
It offers greater flexibility for machining curved surfaces and irregular shapes.

It is ideal for processing complex 3D shapes or deep holes.

It is suitable for machining flat parts or parts with holes that require high precision.

Ideal for processing micro-holes or deep holes.

Suitable for special shapes or unique materials.