Search

Product Overview The Kyocera SGM09763 solid carbide end mill pairs a 0.110" (2.794 mm) square-end profile with a rigid 1/8" shank for high-speed micro milling. Its sub-micron carbide grade resists edge wear and chipping, producing clean slots, pockets and profiles while maintaining tight tolerances ..

Product Overview The Kyocera SGM09764 is a 0.110" (2.794 mm) 3-flute solid carbide square end mill from Kyocera's precision micro-tool range. Ground from a sub-micron micro-grain carbide substrate with a bright uncoated finish, it delivers high-precision slotting, pocketing and profiling with sharp,..

Product Overview Engineered for demanding micro-milling work, the Kyocera SGM09765 combines a 0.110" (2.794 mm) cutting diameter with a true square-end geometry and 3 efficient flutes. The micro-grain carbide construction keeps the cutting edge sharp and stable, giving crisp 90-degree corners, consi..

Product Overview The Kyocera SGM09766 solid carbide end mill pairs a 0.110" (2.794 mm) square-end profile with a rigid 1/8" shank for high-speed micro milling. Its sub-micron carbide grade resists edge wear and chipping, producing clean slots, pockets and profiles while maintaining tight tolerances ..

Product Overview The Kyocera SGM09767 is a 0.110" (2.794 mm) 3-flute solid carbide square end mill from Kyocera's precision micro-tool range. Ground from a sub-micron micro-grain carbide substrate with a bright uncoated finish, it delivers high-precision slotting, pocketing and profiling with sharp,..

Product Overview Engineered for demanding micro-milling work, the Kyocera SGM09768 combines a 0.110" (2.794 mm) cutting diameter with a true square-end geometry and 3 efficient flutes. The micro-grain carbide construction keeps the cutting edge sharp and stable, giving crisp 90-degree corners, consi..

Product Overview The Kyocera SGM09769 solid carbide end mill pairs a 0.110" (2.794 mm) square-end profile with a rigid 1/8" shank for high-speed micro milling. Its sub-micron carbide grade resists edge wear and chipping, producing clean slots, pockets and profiles while maintaining tight tolerances ..