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Working with CNC equipment: Inspection Efficiency
Article April 15, 2013 Tom Lipton
Working with CNC equipment: Inspection Efficiency
Anybody with half a brain can immediately see the usefulness of computer-controlled equipment. The ability of a machine to telescope the work processes so they run in parallel instead of series can turn a single machinist into a one-person army.
Buying time: Turning Performance
Article April 15, 2013 Kip Hanson
Buying time: Turning Performance
Using standard tooling on a CNC lathe means leaving money on the table, according to the cover story in the April 2013 issue of Cutting Tool Engineering magazine.
Clearing the air
Article April 15, 2013 Alan Richter
Clearing the air
Oil mist filtration for machine tools makes for a cleaner working environment and better operating conditions for machines.
Wrap it up: General Industry Coverage
Article April 15, 2013 Susan Woods
Wrap it up: General Industry Coverage
Machined metal parts require packaging to protect them in demanding handling, shipping and storage situations, including humid and outdoor environments. Part makers need be aware of how to protect their parts so their hard work is not lost to corrosion or damage.
Tool finder
Article April 15, 2013 Alan Richter
Tool finder
Tracking down the right tool turns a nightmare job into a dream at AB CNC Services & Consulting. Just ask company president Andy Baczynski.
Boost cutting efficiency with training
Article March 15, 2013 Christopher Tate
Boost cutting efficiency with training
Dynamic and aggressive cutting tool demonstrations are common at trade shows. Toolmakers present phenomenal displays, where chips spark and fly and machines move at feed rates that seem impossible. In other words, they demonstrate high-speed machining.
Generating spherical surfaces: General Industry Coverage
Article March 15, 2013 Tom Lipton
Generating spherical surfaces: General Industry Coverage
A unique manual milling method is available for generating geometrically true spherical surfaces. This technique can be used to machine convex and concave spherical surfaces. Other than the milling machine, the only tools needed are a boring head and a rotary table.

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