Electrochemical Machining (ECM)

Precision, burr-free, and non-contact machining for the most demanding components in aerospace, automotive, medical, and defense industries. Ensuring consistent quality and performance even in the most challenging manufacturing environments.

How ECM Works

ECM removes material through anodic dissolution using a conductive electrolyte and a precisely shaped tool as the cathode, with the workpiece as the anode. A DC current passes through the electrolyte, dissolving metal ions from the workpiece and shaping it without mechanical contact.

  • Non-contact process – no mechanical stresses
  • No tool wear – ideal for mass production
  • Burr-free, stress-free, and heat-free machining
  • Ability to machine extremely hard materials
ECM Process

Why Choose US?

  • Exceptional accuracy & tight tolerances
  • Superior surface finishes – no secondary finishing needed
  • No thermal damage or distortion
  • Perfect for exotic & high-strength alloys
  • Scalable and repeatable for production
ECM Advantages

Key Applications

  • Aerospace turbine blades & fuel injector nozzles
  • Automotive transmission & precision gears
  • Medical implants & surgical tools
  • Precision dies, molds, and micro-features
  • Defense & electronics components
ECM Applications

Our ECM Models

Double Station ECM

Double Station ECM

High-output electrochemical machining system with dual stations for simultaneous precision deburring, reducing cycle times dramatically.

Double Station ECM Advanced

Double Station ECM – Advanced

Enhanced design with automated coolant management and improved electrode access for complex geometries.

ECM Machine

Compact ECM System

Space-efficient ECM solution ideal for precision machining of smaller components while maintaining top quality.

Single Station ECM

Single Station ECM

Versatile single-station ECM designed for flexible manufacturing environments and customized tooling setups.

Our ECM Customers

ZF Delphi TVS Spark Minda Maini Precision Dong Sung