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Machine shops use a variety of techniques to track the condition of their cutting tools, ranging from simple to sophisticated. No matter what monitoring method is used, it can be crucial in preventing catastrophic tool failure. At its best, monitoring also significantly boosts tool life and slashes tooling costs.

Automated feature recognition, knowledge-based machining, advanced toolpath simulation and digital twins are a few CAM technologies making programming more of a technical exercise than the tribal knowledge-inspired art form it has long been.

Manufacturing Engineering editor-in-chief Alan Rooks is retiring.

For the U.S. to remain competitive in the silicon carbide chip industry, it must retrofit old silicon chip fabs and automate production, one expert says.

Properly balancing one's tools can pay big dividends.

Workholding needs to be super-sized when machining workpieces like truck transmission housings, wind turbine blades, rocket bodies, and more, for industries like aerospace and defense, agricultural, energy, marine, rail, and on- and off-road transportation.

AI software enables the company to capture relevant runtime metadata and put it into context to create useful information in real time.

Here’s how leading cutting tool manufacturers describe the pros and cons of standard vs. custom cutting tools.

With the use of composites in demanding applications increasing, improving knowledge of their fire performance is becoming a safety-critical issue, particularly for building and transportation applications.

Reverse engineering is becoming multifaceted and complex. The key drivers: new metrology sensors and more capable software, enabled by ever more powerful and cheaper computing.