Use EDM for difficult geometry and materials
Wire, sinker and small-hole EDM support narrow slots, internal forms, small openings and conductive materials that are difficult to cut conventionally.
Apply specialty processes to internal geometry, hardened material, bearing surfaces and other features where conventional milling or turning is not the best final operation.
Some part features need a process beyond conventional cutting. EDM removes electrically conductive material without a conventional cutting edge, making it useful for fine internal geometry and difficult or hardened alloys. Grinding controls final size and surface on shafts, bores, flats and bearing features. Lab Ready coordinates these operations with the primary machining route instead of forcing the entire part through one process.
Process selection should follow the drawing, application, material, critical features and the condition in which the part needs to arrive.
Wire, sinker and small-hole EDM support narrow slots, internal forms, small openings and conductive materials that are difficult to cut conventionally.
ID, OD, surface and centerless grinding are available for bores, shafts, flats and cylindrical features where fit and finish are closely linked.
Milling and turning can establish the overall part efficiently, with EDM or grinding reserved for the features that earn the extra precision.
Use these pages to connect the process with the device category, material and next project decision.
The listed service scope includes wire-cut, sinker and small-hole EDM.
The listed service scope includes ID, OD, surface and centerless grinding.
No. The process should follow geometry, material, tolerance and finish; many features remain more efficient to mill or turn.
Send the CAD, quantity, material, finish and target date for a process review and quote.