The combination of Stabilizer flute geometry, carbide substrate, and AlCrN coating make this end mill suitable for use on high-temperature alloys Stabilizer flute design uses unequal spacing and variable helix angles to minimize tool vibration and remove up to three times more chips per minute than conventional carbide end mills Aluminum chromium nitride (AlCrN) coating provides good hardness and…

The combination of Stabilizer flute geometry, carbide substrate, and AlTiN coating make this end mill suitable for use on high-temperature alloys Stabilizer flute design uses unequal spacing and variable helix angles to minimize tool vibration and remove up to three times more chips per minute than conventional carbide end mills Aluminum titanium nitride (AlTiN) coating lubricates the end mill for…

Four flutes produce a better finish than fewer flutes Square nose end mills (also called square end) create sharp, unrounded cuts Carbide can run at higher speeds than high-speed steel, resisting abrasion and high cutting temperatures Uncoated (bright) tools have no additional surface treatment or coating for use on a broad range of materials Center-cutting design allows the end mill to plunge…

Four flutes produce a better finish than fewer flutes Square nose end mills (also called square end) create sharp, unrounded cuts Carbide can run at higher speeds than high-speed steel, resisting abrasion and high cutting temperatures Uncoated (bright) tools have no additional surface treatment or coating for use on a broad range of materials Center-cutting design allows the end mill to plunge…

Four flutes produce a better finish than fewer flutes Square nose end mills (also called square end) create sharp, unrounded cuts Carbide can run at higher speeds than high-speed steel, resisting abrasion and high cutting temperatures Uncoated (bright) tools have no additional surface treatment or coating for use on a broad range of materials Center-cutting design allows the end mill to plunge…

Four flutes produce a better finish than fewer flutes Square nose end mills (also called square end) create sharp, unrounded cuts Carbide can run at higher speeds than high-speed steel, resisting abrasion and high cutting temperatures Uncoated (bright) tools have no additional surface treatment or coating for use on a broad range of materials Center-cutting design allows the end mill to plunge…

Four flutes produce a better finish than fewer flutes Square nose end mills (also called square end) create sharp, unrounded cuts Carbide can run at higher speeds than high-speed steel, resisting abrasion and high cutting temperatures Uncoated (bright) tools have no additional surface treatment or coating for use on a broad range of materials Center-cutting design allows the end mill to plunge…

Four flutes produce a better finish than fewer flutes Square nose end mills (also called square end) create sharp, unrounded cuts Carbide can run at higher speeds than high-speed steel, resisting abrasion and high cutting temperatures Uncoated (bright) tools have no additional surface treatment or coating for use on a broad range of materials Center-cutting design allows the end mill to plunge…

Four flutes produce a better finish than fewer flutes Square nose end mills (also called square end) create sharp, unrounded cuts Carbide can run at higher speeds than high-speed steel, resisting abrasion and high cutting temperatures Uncoated (bright) tools have no additional surface treatment or coating for use on a broad range of materials Center-cutting design allows the end mill to plunge…

Four flutes produce a better finish than fewer flutes Square nose end mills (also called square end) create sharp, unrounded cuts Carbide can run at higher speeds than high-speed steel, resisting abrasion and high cutting temperatures Uncoated (bright) tools have no additional surface treatment or coating for use on a broad range of materials Center-cutting design allows the end mill to plunge…