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New geometry meets aerospace machining demands |
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ATI Stellram, LaVergne, TN (atistellram.com) has specifically designed the 4E turning geometry to meet the demands of machining aerospace type components, manufactured from high nickel, high cobalt and titanium-based alloys.
Available in new grade SP0819, 4E inserts utilize an approved aerospace
substrate, and are enhanced with a Nano TiAIN layer PVD coating for
unmatched performance. ATI Stellram’s new 4E aerospace turning geometry
provides longer tool life due to the 4E’s combination of a new
super-hard coating with micro-grain carbide substrate which
significantly improves heat and wear resistance in high temperature
alloy machining. In addition, the 4E’s new precise reinforced
chipbreaker profile with positive cutting action dramatically reduces
built-up edge, leaving a smooth surface finish and greater component
dimension integrity. The 4E is designed to machine a wide variety of
materials including stainless steels, high nickel, high cobalt and
titanium-based alloys.
atistellram.com
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