1-3/16" Diameter x 3/16" Thick, Series 2, SV-Point Premium Cobalt (M48) Spade Drill Insert H Coated

Sinusoidal thinning edge for smooth cuttingPositive rake angleFor use in high temperature alloys and materials over 350-500 Brinell Performs best in rigid setups Point Angle  - 132 degree,...

15/16" Diameter x 5/32" Thick, Series 1, SV-Point Premium Cobalt (M48) Spade Drill Insert H Coated

Sinusoidal thinning edge for smooth cuttingPositive rake angleFor use in high temperature alloys and materials over 350-500 Brinell Performs best in rigid setups Point Angle  - 132 degree,...

3" Diameter x 7/16" Thick, Series 5, SV-Point Super Cobalt (T15) Spade Drill Insert H Coated

Sinusoidal thinning edge for smooth cutting Positive rake angleFor use in high nickel alloys materials over 280 Brinell Performs best in rigid setups Point Angle  - 132 degree, (Series 5-8 :...

58mm Diameter x 7.9mm Thick, Series 4, SV-Point Super Cobalt (T15) Spade Drill Insert H Coated

Sinusoidal thinning edge for smooth cutting Positive rake angleFor use in high nickel alloys materials over 280 Brinell Performs best in rigid setups Point Angle  - 132 degree, (Series 5-8 :...

46mm Diameter x 6.4mm Thick, Series 3, SV-Point Super Cobalt (T15) Spade Drill Insert H Coated

Sinusoidal thinning edge for smooth cutting Positive rake angleFor use in high nickel alloys materials over 280 Brinell Performs best in rigid setups Point Angle  - 132 degree, (Series 5-8 :...

1-3/32" Diameter x 3/16" Thick, Series 2, SV-Point Super Cobalt (T15) Spade Drill Insert H Coated

Sinusoidal thinning edge for smooth cutting Positive rake angleFor use in high nickel alloys materials over 280 Brinell Performs best in rigid setups Point Angle  - 132 degree, (Series 5-8 :...

24mm Diameter x 4mm Thick, Series 1, SV-Point Super Cobalt (T15) Spade Drill Insert H Coated

Sinusoidal thinning edge for smooth cutting Positive rake angleFor use in high nickel alloys materials over 280 Brinell Performs best in rigid setups Point Angle  - 132 degree, (Series 5-8 :...

3/4" Dia., 3 Flute., 2-1/4" LOC, 0.250" Corner Rad, ALU-Power HPC Uncoated Carbide End Mill

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.More efficient chip evacuation.Ability to counteract extreme radial forces. Specs D1 ...

3/4" Dia., 3 Flute., 1" LOC, 0.190" Corner Rad, ALU-Power HPC Uncoated Carbide End Mill

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.More efficient chip evacuation.Ability to counteract extreme radial forces. Specs D1 ...

1/2" Dia., 3 Flute., 1-5/8" LOC, 0.120" Corner Rad, ALU-Power HPC Uncoated Carbide End Mill

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.More efficient chip evacuation.Ability to counteract extreme radial forces. Specs D1 ...

1/2" Dia., 3 Flute., 2-1/2" LOC, 0.030" Corner Rad, ALU-Power HPC Uncoated Carbide End Mill

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.More efficient chip evacuation.Ability to counteract extreme radial forces. Specs D1 ...

1/2" Dia., 3 Flute., 5/8" LOC, 0.030" Corner Rad, ALU-Power HPC Uncoated Carbide End Mill

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.More efficient chip evacuation.Ability to counteract extreme radial forces. Specs D1 ...

1/4" Dia., 3 Flute., 3/8" LOC, 0.030" Corner Rad, ALU-Power HPC Uncoated Carbide End Mill

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.More efficient chip evacuation.Ability to counteract extreme radial forces. Specs D1 ...

1/2 Dia., 3 Flute., 2 LOC, ALU-Power HPC Uncoated Carbide End Mill

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.More efficient chip evacuation.Ability to counteract extreme radial forces. Specs D1 ...

1 Dia., 3 Flute., 1-1/4 LOC, 4-3/8 Reach, Ball Nose, 7 OAL, ALU-Power Uncoated Carbide End Mill

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.More efficient chip evacuation.Ability to counteract extreme radial forces. YG-1 Alu-Power HPC...