Visit the Stellram web site
Click on the advert above to visit the company web site

Product category: Threading tools
News Release from: Vargus Tooling UK | Subject: Indexable Thread Mill (MiTM) range
Edited by the Manufacturingtalk Editorial Team on 30 August 2007

Shell and end mills reduce thread passes

Request your FREE weekly copy of the Manufacturingtalk email newsletter. News about Threading tools and more every issue. Click here for details.

A range of shell and end mills for threading at high feed rates use long inserts to reduce the number of required machining passes and so reduce cycle times and tooling costs.

Vargus Threading Solutions' Multi-flute Indexable Thread Mill (MiTM) range includes a new series of shell and end mills These milling cutters are designed to reduce cycle times and tool costs when generation of long threads

The shell and end mills can be used at high feed rates and utilise 25mm long inserts that reduce the number of required machining passes.

The tooling is available in diameters from 17mm up to 52mm, and with up to eight flutes.

These shell and end mills have through-coolant and high rigidity for consistent thread production, said Vargus.

Like their thread milling counterparts, the new shell and end mills not only reduce cycle times but will also generate overall savings in tool costs and improved product quality.

MiTM utilises single or multiple coated inserts for either stainless steel or general machining applications.

The inserts are supplied with varying numbers of teeth in a variety of pitches.

MiTM is one of a number of world-leading Vardex Threading Solutions from Vargus Tooling UK.

Located in Telford, the company distributes quality tooling for turning, milling, drilling, threading and grooving applications, as well as spindle nose tooling and hand deburring tools.

Vargus Tooling UK: contact details and other news
Email this article to a colleague
Register for the free Manufacturingtalk email newsletter
Manufacturingtalk Home Page

Search the Pro-Talk network of sites

Visit the Stellram web site