Wire EDM services

Wire EDM for narrow slots, profiles and hardened conductive materials.

Wire electrical discharge machining removes conductive material without conventional cutting force. It can support intricate profiles and hardened parts, but corner radius, start holes, taper, surface condition and inspection still need to be defined.

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Best fit

Conductive materials and intricate profiles

Design inputs

Profile, thickness, start-hole and edge requirements

Review focus

Corner radius, taper, recast layer and surface finish

Supply route

Availability confirmed during RFQ review

Wire electrical discharge machining equipment shown as a process reference
Process reference image by Glenn McKechnie, CC BY-SA 2.0. It does not depict MINGYU-owned equipment or the MINGYU facility.

Process fit

Use wire EDM where geometry or material makes cutting difficult

Wire EDM may be useful for hardened tool steel, precise cutouts, narrow slots and profiles that would be difficult to reach with a rotating tool. It is not automatically the best choice for every tight-tolerance feature.

  • Conductive material required
  • Through-profile and start-hole strategy
  • Minimum internal radius linked to wire diameter
  • Part thickness and taper reviewed together

Drawing definition

Specify the edge and surface that the application needs

Cut count, surface condition, recast-layer expectations and burr-sensitive edges can affect time and cost. Inspection should reference functional datums rather than only the cut outline.

  • Critical profile and positional tolerances
  • Surface-finish or skim-cut requirement
  • Edge, recast-layer and cleaning notes
  • Inspection alignment and report scope

Questions buyers ask

Technical answers before the RFQ.

Does MINGYU operate wire EDM in-house?

The production route and responsible facility are confirmed during RFQ review. This page describes process-selection support and does not claim an unverified machine inventory.

Can wire EDM cut aluminum or copper?

The material must be electrically conductive, but feasibility and stable cutting conditions still depend on alloy, thickness, geometry and required finish.

Continue your evaluation

Related manufacturing information

Capability is confirmed against your drawing.

Send CAD, drawing, material, quantity, finish, inspection requirements and target date for an engineer-led review.

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