Articles • January 1, 2005 • Prakash Mirchandani Making a Better Grade Composite carbide substrates can improve the performance of rotary tools.
Articles • August 1, 2004 • Paul E. Augustus Turn to the Unusual By expanding into machining exotic alloys, shops can attract new customers and better serve existing ones.
Articles • June 1, 2004 • David Novak A Better Braze A comparison of two processes for brazing PCBN onto carbide.
Articles • June 1, 2004 • Alan Richter A Mixed Grade The latest grades of polycrystalline diamond mix coarse and fine particles to increase packing density and yield a more continuous cutting edge.
Articles • April 1, 2004 • Bill Kennedy Powder Surge Growing use of powder metals is creating new machining challenges.
Articles • March 1, 2004 • Greg Landgraf Composite Dreaming making aerospace parts, composites, composite materials, graphite-epoxy composites, Boeing 7E7, Dreamliner, aerospace materials
Articles • July 1, 2003 • Jeffrey A. Badger, Ph.D. Hardmetal Steel Powder metallurgy can allow harder, tougher HSS tools to replace solid-carbide cutters in high-shock and high-stock-removal applications.
Articles • July 1, 2003 • Alan Richter Recovery Processes Options and considerations for processing and removing metal chips.
Articles • June 1, 2003 • Bill Kennedy More for Less PCD tool costs drop as available styles proliferate.
Articles • February 1, 2003 • Rich Dzierwa Cutting CGI PDQ A rotary cutter permits high-speed machining of compacted graphite iron.
Articles • December 1, 2002 • Alan Richter Machining Be How to safely and effectively machine beryllium (Be).