Micrograin Grade Inserts suit aluminum-turning applications.

Press Release Summary:




Uncoated cobalt micrograin Grade KX is wear resistant, providing increased tool life. Inserts feature highly polished rake surface, 17° positive rake angle, and sharp cutting edge, reducing chip drag and eliminating metal build-up. They are offered in 7° center-lock models in CC, DC, TC, and VC styles.



Original Press Release:



Carboloy Introduces New Grade Inserts for Turning Aluminum



Warren, Mich., November 21, 2002 - Carboloy Inc., has introduced 19 new inserts in a new Seco-Carboloy Grade KX. An uncoated cobalt micrograin grade, Grade KX is wear-resistant and tough, providing good tool life in a wide variety of aluminum alloy applications.

The new inserts are ideally suited for aluminum machining due to a highly polished rake surface, a 17° positive rake angle, and a sharp cutting edge. These combined characteristics reduce chip drag and often completely eliminate metal build-up, a major cause of poor surface finish and even chippage of the insert edge. This results in increased tool life, improved part finish and tighter tolerance.

The inserts are available in 7° center-lock inserts in CC-, DC-, TC- and VC-styles.

Carboloy Inc., is part of the Seco Tools AB (Sweden) worldwide organization and a manufacturer of Seco-Carboloy carbide tooling and related products, systems and services. The company commands a respected position in the U.S. metalworking industry through its dedication to quality, advanced technology, and excellence in customer service. Carboloy markets its full range of cutting tools and related accessories through a network of over 400 authorized distributors in the United States, Canada and Mexico.

More information can be obtained by contacting Carboloy Inc., 11177 East Eight Mile Road, Warren, Mich. 48089. Tel: 800-832-8326. Product information is available in PDF format literature at www.carboloy.com. In addition, the website offers a company profile, distributor locations, technical service information and contact information.

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