

Custom wire electrical discharge machined parts produced to client specifications rather than from a standard catalogue. The process cuts hardened and difficult materials with an electrode wire and a power supply that provides the electrical energy for the discharges, which suits punches, dies, mold components used in the plastic injection molding process and precision parts for aircraft and space vehicles. Parts are checked with testing equipment by a dedicated quality control team before despatch.
Cutting by electrical discharge shapes hardened material after heat treatment so parts do not distort during a later hardening step
Parts are made to the client drawing which avoids redesigning an assembly around a standard component
Punch and die work from the same supplier keeps mating components consistent between orders
A dedicated quality control team with testing equipment catches deviations before parts reach the customer
Aerospace and medical device work is handled on the same process so buyers in regulated sectors can use one route
Machining before hardening risks distortion that scraps a finished part
Complex profiles in hard material cannot be cut reliably by conventional tooling
Standard components rarely fit a unique application without redesign
Parts arriving without inspection push verification work onto the buyer
| Process | Wire electrical discharge machining |
|---|---|
| Typical Parts | Punches dies and mold components |
| Mold Components | For the plastic injection molding process |
| Aerospace Components | Precision parts for aircraft and space vehicles |
| Build Basis | Custom to client specification |
Figures shown are taken from the supplying factory documentation. Anything not listed here is confirmed in writing before order.
Wire EDM cuts material after hardening so the profile is not lost to distortion
Custom parts fit a unique application without altering the surrounding assembly
Individual punches and dies can be replaced as they wear rather than replacing the set




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View Details →Common parts include punches and dies, mold components for the plastic injection molding process, and precision aerospace components for aircraft and space vehicles.
Yes. The parts are produced as custom parts based on client specifications rather than from a fixed range.
Applications range from aerospace to medical devices, and the same process is used across both.
A dedicated quality control team checks the parts using testing equipment before they are released.
Achievable tolerance depends on the material, thickness and feature, and it is confirmed against your drawing with the quotation.
Lead time depends on the part complexity and quantity and is confirmed in writing with the quotation.
Send the drawing, capacity or duty cycle you need and we will come back with the factory match, the build detail and the commercial terms.
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