Electrical Discharge Machining (EDM) Machine

Machine Overview

The Electrical Discharge Machining (EDM) Machine is a high-precision metal machining system designed to cut and shape hard conductive materials using controlled electrical sparks. This non-contact machining process allows complex shapes and intricate details to be produced with exceptional accuracy.

EDM machines are widely used in tool and die manufacturing, mold making, aerospace components, automotive parts production, and precision engineering industries. They are especially ideal for machining hardened steel, carbide, titanium, and other difficult-to-machine materials.

Built with advanced CNC control systems and precision motion components, the EDM machine ensures stable performance, high accuracy, and consistent finishing quality.

Machine Types
  • Die Sinking EDM (Ram EDM) – Used for mold cavities and complex shapes

  • Wire Cut EDM – Precision cutting using a thin wire electrode

  • Small Hole EDM – Ideal for drilling micro holes

  • CNC EDM Machine – Fully automated high-precision machining system

  • High-precision spark erosion technology

  • Ability to machine extremely hard metals

  • Excellent surface finishing quality

  • Advanced CNC control system

  • Automatic electrode or wire feeding system

  • Stable and vibration-free operation

  • Suitable for complex and detailed machining

  • Working Table Size: 400 × 300 mm (customizable)

  • X/Y/Z Travel: 300 × 250 × 200 mm

  • Positioning Accuracy: ±0.01 mm

  • Surface Finish: Ra 0.2 – 0.8 µm

  • Power Supply: 380V / 3 Phase

  • Control System: CNC Digital Control

  • Max Workpiece Weight: 300 – 800 kg

(Specifications may vary depending on model.)

  • Mold and die manufacturing

  • Injection mold production

  • Aerospace component machining

  • Automotive precision parts

  • Medical equipment components

  • Tool room operations

  • Machines hardened materials without deformation

  • Produces complex shapes with high accuracy

  • Excellent surface finish

  • No direct tool contact with workpiece

  • Reduced mechanical stress on material

  • Suitable for micro and precision machining

  • Machine base and worktable

  • CNC control system

  • Electrode holder or wire feed system

  • Dielectric fluid tank and filtration system

  • Servo drive system

  • Electrical control cabinet

  • Automatic electrode changer

  • Advanced cooling system

  • High-precision servo upgrade

  • Remote monitoring system

  • Automatic dielectric filtration system

  • Overheat protection system

  • Voltage fluctuation protection

  • Emergency stop system

  • Stable electrical control system

  • Short circuit protection

Contact us today to learn more or request a personalized quotation.

If you’re looking to upgrade your business or launch a new project, our team is ready to support you every step of the way.