Production and machining of high-precision metal components.
The basic EDM process involves an electrode of a specific composition suitable for delivering an electrical charge, together with the required system elements including a power supply, capacitor, and rheostat.
Electrical discharge machining of parts is performed on dedicated equipment and requires in-depth expertise in EDM technology.
Wire electrical discharge cutting creates edges in a conductive metal workpiece by precisely moving a tensioned wire electrode along a programmed path. Modern programming technology allows accurate calculation not only of the travel direction but also of wire tilt angles relative to all three Cartesian axes.
This enables production of parts with complex geometries — including straight-tooth involute conical gears, single-piece spline bores, and more. An undeniable advantage of this forming process is the ability to machine parts from ultra-hard materials (for example, carbide cutting tool inserts).
Multi-pass wire-cut electrical discharge machine
| Work area | |
| Work table dimensions | 630×1800 mm |
| Work table travel | 500×630 mm |
| Max. straight-line cutting thickness | 400 mm |
| Taper cutting | 3° / 50 mm (single-pass mode) 1.5° / 50 mm (multi-pass mode) |
| Maximum load | 1000 kg |
| Surface roughness | Ra ≤ 2.5 in single-pass mode Ra ≤ 1.2 in multi-pass mode Ra ≤ 0.8 at minimum current |
| Minimum machining increment | 0.001 mm |
| Generator | |
| Power supply | 380 V ±10% / 50 Hz |
| Generator power consumption | 2.5 kVA |
| Dimensions | |
| Control cabinet dimensions | 700×600×1520 mm |
| Cabinet weight | 150 kg |
| Machine dimensions | 2050×1850×2000 mm |
| Machine weight | 2600 kg |
| Work area | |
| X, Y travel | 500×400 mm |
| Work table size | 500×800 mm |
| Z axis (main) | 250+250 mm |
| Main axis load | 100 kg |
| Machine load capacity | 1000 kg |
| Distance from main axis plate to work table | 760 mm |
| Internal work tank dimensions | 1510×745×480 mm |
| Dimensions | |
| Machine weight | 2100 kg |
| Machine dimensions | 1600×1600×2030 mm |
| Electrical cabinet model and specification | BH80ASEA |
| Maximum machining current | 75 A |
| Minimum electrode wear | < 0.2% |
| Optimal surface roughness | Ra < 0.4 µm |
| Maximum power consumption | 8.7 kW |
| Overall dimensions | 540×800×1700 mm |
| Net weight | 200 kg |
Copy die-sinking electrical discharge machine
Die-sinking EDM is used to produce volumetric curved surfaces of complex shape that replicate a pre-made electrode in metal where conventional machining is not feasible — small-diameter holes of approximately 1 mm and less, narrow slots, removal of broken taps and drills from deep holes.
The key advantage of die-sinking is the ability to perform these operations in metal of unlimited hardness — stainless steels, titanium, heat-resistant and hard alloys. This process is essential in fuel system components where holes must meet stringent requirements for accuracy, surface finish, and straightness.
Contact us for a quote and lead time for your order.
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