EDUCATION PORTAL 

See how PECM can produce critical seals requiring smooth surfaces and tight tolerances.

Electrochemical machining (ECM) and CNC milling each have their own advantages and disadvantages. Read on to learn which is your best fit.

PECM technology can machine a variety of orthopedic devices with improved features, surface quality, and economics.

PECM can potentially machine critical refractory metal components in X-Ray and radiotherapy devices.

Learn about PECM's capabilities and its impact on the next generation of advanced materials, miniaturization and additive manufacturing.

The small margin of error in surgical procedures requires instruments that are precise and delicate, whether they are hand-held or robotic.

By machining hardened material with electrochemical machining (PECM), you can avoid extra steps, lead time, & cost while increasing quality.

Electrochemical machining is an underutilized manufacturing tool that can allow innovative designs and lowered costs. Read on to learn more.

Electrochemical machining shapes and finishes in one step, leaving no surface imperfections such as roughness, recast layers, or burrs.

PECM is a viable machining method for advanced materials, including many single-crystal superalloys and Inconel. Aerospace engineers are...

High aspect ratios, thin walls, & tight spacing increase heat exchanger efficiency. Electrochemical machining easily forms these geometries.

PECM can be utilized as a high-volume postprocessing method for metal additive manufacturing.

Unlike stamping or MIM, ECM accommodates any part size and weight, and is compatible with more complex geometries and higher aspect ratios.

Electrochemical machining (ECM) is an excellent fit for manufacturing heat exchangers for just about any application, large or small.

Electrochemical machining can precisely remove material without any deformation of thin walls, and also create the thin walls themselves.