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0.25"Ø x 0.75" LOC x 2.5" OAL - 0.02" Rad - ALROC+ Coated - V737 7F Carbide Variable End Mill
Flutes: 7Cutting Diameter: 0.25"Length of Cut: 0.75"Overall Length: 2.5"Shank Diameter: 0.25"End Style: Corner RadUSD$46.65V737 Series — 7 Flute Variable Pitch End Mill The V737 is engineered for High Efficiency Milling (HEM) applications where maximum material removal is critical. Its 7 flute design provides a larger core diameter for exceptional rigidity and... -
0.375"Ø x 0.875" LOC x 2.5" OAL - 0.03" Rad - ALROC+ Coated - V737 7F Carbide Variable End Mill
Flutes: 7Cutting Diameter: 0.375"Length of Cut: 0.875"Overall Length: 2.5"Shank Diameter: 0.375"End Style: Corner RadUSD$59.32V737 Series — 7 Flute Variable Pitch End Mill The V737 is engineered for High Efficiency Milling (HEM) applications where maximum material removal is critical. Its 7 flute design provides a larger core diameter for exceptional rigidity and... -
0.5"Ø x 1.25" LOC x 3" OAL - 0.03" Rad - ALROC+ Coated - V737 7F Carbide Variable End Mill
Flutes: 7Cutting Diameter: 0.5"Length of Cut: 1.25"Overall Length: 3"Shank Diameter: 0.5"End Style: Corner RadUSD$79.36V737 Series — 7 Flute Variable Pitch End Mill The V737 is engineered for High Efficiency Milling (HEM) applications where maximum material removal is critical. Its 7 flute design provides a larger core diameter for exceptional rigidity and... -
0.5"Ø x 1.5" LOC x 4" OAL - 0.03" Rad - ALROC+ Coated - V737 7F Carbide Variable End Mill
Flutes: 7Cutting Diameter: 0.5"Length of Cut: 1.5"Overall Length: 4"Shank Diameter: 0.5"End Style: Corner RadUSD$99.56V737 Series — 7 Flute Variable Pitch End Mill The V737 is engineered for High Efficiency Milling (HEM) applications where maximum material removal is critical. Its 7 flute design provides a larger core diameter for exceptional rigidity and... -
0.5"Ø x 2" LOC x 4" OAL - 0.03" Rad - ALROC+ Coated - V737 7F Carbide Variable End Mill
Flutes: 7Cutting Diameter: 0.5"Length of Cut: 2"Overall Length: 4"Shank Diameter: 0.5"End Style: Corner RadUSD$109.91V737 Series — 7 Flute Variable Pitch End Mill The V737 is engineered for High Efficiency Milling (HEM) applications where maximum material removal is critical. Its 7 flute design provides a larger core diameter for exceptional rigidity and... -
0.75"Ø x 1.5" LOC x 4" OAL - 0.03" Rad - ALROC+ Coated - V737 7F Carbide Variable End Mill
Flutes: 7Cutting Diameter: 0.75"Length of Cut: 1.5"Overall Length: 4"Shank Diameter: 0.75"End Style: Corner RadUSD$148.42V737 Series — 7 Flute Variable Pitch End Mill The V737 is engineered for High Efficiency Milling (HEM) applications where maximum material removal is critical. Its 7 flute design provides a larger core diameter for exceptional rigidity and... -
0.75"Ø x 2" LOC x 5" OAL - 0.03" Rad - ALROC+ Coated - V737 7F Carbide Variable End Mill
Flutes: 7Cutting Diameter: 0.75"Length of Cut: 2"Overall Length: 5"Shank Diameter: 0.75"End Style: Corner RadUSD$186.18V737 Series — 7 Flute Variable Pitch End Mill The V737 is engineered for High Efficiency Milling (HEM) applications where maximum material removal is critical. Its 7 flute design provides a larger core diameter for exceptional rigidity and... -
0.75"Ø x 2.5" LOC x 5" OAL - 0.03" Rad - ALROC+ Coated - V737 7F Carbide Variable End Mill
Flutes: 7Cutting Diameter: 0.75"Length of Cut: 2.5"Overall Length: 5"Shank Diameter: 0.75"End Style: Corner RadUSD$196.53V737 Series — 7 Flute Variable Pitch End Mill The V737 is engineered for High Efficiency Milling (HEM) applications where maximum material removal is critical. Its 7 flute design provides a larger core diameter for exceptional rigidity and... -
0.75"Ø x 3" LOC x 6" OAL - 0.03" Rad - ALROC+ Coated - V737 7F Carbide Variable End Mill
Flutes: 7Cutting Diameter: 0.75"Length of Cut: 3"Overall Length: 6"Shank Diameter: 0.75"End Style: Corner RadUSD$231.27V737 Series — 7 Flute Variable Pitch End Mill The V737 is engineered for High Efficiency Milling (HEM) applications where maximum material removal is critical. Its 7 flute design provides a larger core diameter for exceptional rigidity and...