EDM mechanical machining
EDM Machining: Wire cutting edm, Die sinking EDM and micro-drilling edm services
LEADERS IN EDM MECHANICAL MACHINING FOR OVER 30 YEARS
With over three decades of expertise, we have established ourselves as leaders in Electrical Discharge Machining (EDM), offering state-of-the-art services including Wire EDM, Die-Sinking EDM, and Hole Drilling EDM.
These advanced techniques allow us to precisely process all conductive materials, creating intricate and high-precision geometric shapes tailored to a wide range of industrial applications.
Wire EDM is ideal for crafting complex contours and fine details, while Die-Sinking EDM excels in shaping intricate molds and cavities. Additionally, Hole Drilling EDM provides unmatched precision for creating small, deep holes in hard-to-machine materials.
Our EDM processes operate using controlled electrical discharges between an electrode and the workpiece, ensuring material is removed with incredible accuracy. This approach guarantees flawless results while maintaining the material’s integrity, even for the most demanding projects.
Trust us to deliver high-quality, precision-engineered solutions designed to meet your specific needs.
Depending on the workpiece material and the geometric shape desired, three kinds of EDM are available:
WIRE EDM
Depending on the material, the wire EDM electrode is made from copper or brass.
DIE SINKING EDM
In die sinking EDM the electrode can be made of copper, copper tungsten or graphite, depending on the desired shape.
MICRO-DRILLING EDM
Micro-drilling EDM uses a rotating tube electrode made of copper or brass, which realises deep holes in conductive metals.
Why choose EDM
- It works hard metals or metals with chemical or thermal treatments, such as tempered steel. It’s mostly used for blanking molds, die casting molds, molds for plastic, molds for rubber as well as extrusion dies for rubber.
- Sharp edges, ribs and holes with cylindrical or conical shapes as well as complex profiles, can be achieved using EDM.
- The erosive action of EDM creates micro-craters which give the desired shape to the workpiece. High geometric tolerances and low surface roughness are feasible with the addition of finishing cycles for die-sink EDM or wire EDM processes.
