Knowledge Center Articles

One of the most fundamental aspects of metrology, part interchangeability and adherence to measuring standards is tolerancing. Here’s what you need to know to get started.

Nanofluids, powered by advanced technology, are more expensive than traditional metalworking fluids but can significantly improve operating metrics including tool life and productivity.

Rapid transformation in the automotive industry is reshaping the way it does business with machine shops and other parts suppliers. Here’s what you need to know.

In this video, a heat test demo is conducted comparing two medium-weight gloves, one made with Kevlar® and the other made with HPPE.

Micromachining is big business and it’s set to grow in the years ahead as industry demands smaller and more complex parts. Learn more in this article.

Global manufacturers and technologists are constantly searching for production improvements and investigating the use of different kinds of materials to make their products more attractive to the market.  ISCAR ensures that its prolific R&D department continues to innovate and develop a range of advanced cutting tools that are specifically designed for the efficient work of CFRP and composite materials.

3D printing has moved from the hobbyist to a manufacturer’s part-design teams. How is it making an impact?

Don’t be intimidated by electrical discharge machining. It’s not as difficult as you might think.

You know from experience that while composite layers are strong, they also can wear down a tool’s geometry in a matter of minutes and splinter at the edge when machined. Such splintering causes weakness. You don’t want splintering on an aircraft hull or wing. Kennametal has created a tool with the right geometry, clearance, and coating to withstand composite wear and eliminate splintering.

CFRP materials may be tough to cut, but the right tooling approach can make the difference.