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Precision Machining

WIRE EDM

Precision Wire EDM Services for The Most Demanding Applications: Delivering micron-level accuracy for complex and intricate machine components.

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What is Wire EDM?

Wire Electrical Discharge Machining (EDM) is a highly precise, non-contact method of cutting electrically conductive materials using a thin wire and spark erosion. 

It’s ideal for producing intricate shapes, sharp corners, and tight tolerances - without introducing stress into the material.

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High Precision

Capable of achieving tolerances as tight as ±0.0001". This level of precision is essential for industries where even the smallest dimensional variation can compromise performance or fit.

Large Work Envelope

Mitsubishi MV-Series machine features a generous work envelope that accommodates both compact components and larger industrial parts. This flexibility allows us to tackle a wider variety of projects

Automated Wire Threading

Automatic wire threading (AWT), allowing the machine to quickly dispose of the wire if it breaks or finishes a cut—without manual intervention. This means less idle time, more consistent output, and fewer production delays

Minimal Heat-Affected Zone

Prevent warping, stress, or micro-cracking in sensitive materials like hardened steel, carbide, titanium, etc. The integrity of your part remains intact, critical for components requiring dimensional stability and structural strength.

Uses & Capabilities

Wire EDM uses spark erosion to cut through conductive materials with extreme precision and minimal thermal impact, making it the go-to solution for parts where traditional machining falls short.

With Atlas, you can achieve:

  • Ultra-Tight Tolerances
    Ideal for fine-featured components, splines, gears, and keyways.

  • Complex Geometries in Hard Materials
    Cuts hardened metals, exotic alloys, and intricate profiles with ease.

  • Superior Surface Finishes
    No tool pressure, no burrs, no distortion—just clean, smooth cuts.

  • Square Corners, Tapered Features, and Fine Holes
    All achieved with pinpoint control.