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When it’s time to put threads in parts, particularly those made of difficult-to-machine materials, thread mills are often the right choice. Thread mills cut threads with a cutting head typically smaller than the hole, unlike taps that are sized to match the hole diameter.

Difficult materials and high-speed machining don’t just present problems for cutting tools. They can also push toolholders to their limits—and beyond. So manufacturers offer a variety of products designed to get the toolholding job done under extreme machining conditions.

Enterprise Florida, Inc. announced the launch of its Rural Expansion Toolkit offering grant opportunities directed to eligible rural communities across Florida to assist their economic engagement and capacity building efforts.

Paul Horn GmbH, Tübingen, Germany, has developed DDHM, its CVD diamond-tipped tool system for cost-effective drilling and countersinking operations in solid carbides and sintered ceramics with a hardness of up to 3,000 HV.

Those who manufacture precision workholding systems have the same goals and challenges as the machinists who use them. Both groups strive to reduce setup times and optimize cutting cycles. Secure, consistent, and accurate gripping is paramount.

A few years ago, two companies joined forces to greatly enhance productivity in heavy milling and crankshaft machining. Their combined efforts resulted in solutions to improve throughput and reduce costs by a factor of four in some cases.

Greenleaf Corporation has announced XSYTIN-360, a new line of high-performance solid ceramic end mills, to the global market.

New tooling and workholding systems help prep machines shops for Industry 4.0.

Has the cutting tool industry finally realized that the ISO and ANSI indexable insert systems, though good for standardization, sometimes stand in the way of increased productivity?

Tooling and workholding adjusts for output of small parts