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Electrical discharge machining

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Electrical Discharge Machining (EDM) is one of today’s most advanced manufacturing technologies, serving as the ideal solution for achieving complex geometries, extremely tight tolerances, and impeccable finishes—even in materials that are difficult to process through conventional methods.

By utilizing controlled electrical discharges, material is removed without mechanical contact, completely eliminating the vibrations, deformations, and internal stresses that can compromise a part's final quality.

This technology is essential in industries such as aerospace, automotive, mold making, medical, and high-precision component manufacturing, where every micron counts. The ability to work with extremely hard materials—including treated steels, carbides, and special alloys—makes EDM an indispensable process for premium-grade projects.

Masina de Debitare prin Electroeroziune cu Fir: KNUTH NeoSpark 300

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Tip tehnologie

CNC Electric Discharge Machine (Wire EDM) cu fir reciproc

Sistem de control

CNC dedicat (4 axe controlate), ecran LED 15"

Dimensiuni max. piesă (L x l x H)

960 x 550 x 300 mm

Greutate maximă piesă

500kg

Curse pe axe (X / Y / Z)

400 mm / 300 mm / 250mm

Unghi de tăiere (conicitate)

± 10° / pe o grosime de 80 mm

Capacitate maximă de tăiere

200 mm²/min

Rugozitate optimă suprafață 

<= 0.8 µm

The Benefits of Electrical Discharge Machining

Exceptional precision

Enables the creation of complex geometries with extremely tight tolerances, impossible to achieve through traditional methods

Hard material machining

Ideal for heat-treated steels, carbides, titanium, Inconel, and other difficult-to-machine materials

No mechanical contact

Eliminates the risk of deformation, vibration, or workpiece damage, regardless of the material's hardness

Perfect repeatability

The process is fully electronically controlled, guaranteeing identical results even in high-volume production

High-Quality finish

Delivers smooth, uniform surfaces, reducing the need for secondary operations

Complexity without limits

Enables the creation of fine contours, sharp corners, deep cavities, and details that are impossible to achieve through milling or turning

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