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This article explains how tool wear decreases part quality and production efficiency, and why PECM has no tool wear to deal with.

Electrochemical machining is a non-conventional, non-thermal, non-contact material removal method that uses the principles of electrolysis.

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

Learn how PECM, or pulsed electrochemical machining, can be applied across numerous industries.

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.

Starting with this thoughtful preparation pays big in the end -- sometimes literally.

Electrochemical machining allows for greater durability and repeatability than other, more conventional methods. Learn more about the...

If you need precise surface finishes, electrochemical machining may be just what you're looking for.

Material requirements for electrochemical machining - in an easy-to-read infographic!

Electrochemical machining, explained in one handy infographic.

For a material to be machinable by pulsed electrochemical machining (PECM), it must meet a few qualifications.

With electrochemical machining, Voxel Innovations enables new designs and improved performance, especially compared to competing processes.

No contact, no thermal impact, and no tool-wear means a part formed by electrochemical machining is more durable, efficient, & repeatable.

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