TITANIUM BLISK FOR AIRCRAFT TURBINE (PART 3)
Cryogenic machinig using the new, unique through-spindle, through-tool system cools the cutting edge more efficiently than ever before possible, enabling higher cutting speeds for increased metal removal, longer tool life or a blend of the two advantages. The liquid-nitrogen (-321°F) cooling system can also be combined with MQL (minimum quantity lubrication) to reduce tool friction and adhesion, enabling even higher metal removal rates or longer tool life. Ideal applications involve aggressive metal removal in the hardest workpiece materials, such as titanium, nickel-based alloys, and nodular or compacted-graphite iron (CGI). http://www.mag-ias.com/en/mag/technologies.html
Cryogenic machinig using the new, unique through-spindle, through-tool system cools the cutting edge more efficiently than ever before possible, enabling higher cutting speeds for increased metal removal, longer tool life or a blend of the two advantages. The liquid-nitrogen (-321°F) cooling system can also be combined with MQL (minimum quantity lubrication) to reduce tool friction and adhesion, enabling even higher metal removal rates or longer tool life. Ideal applications involve aggressive metal removal in the hardest workpiece materials, such as titanium, nickel-based alloys, and nodular or compacted-graphite iron (CGI). http://www.mag-ias.com/en/mag/technologies.html