1/8" 2 Flute Spoon Cutter, 1/2" LOC Uncoated

HTC Tools Uncoated, 2 flute, Solid Carbide High Performance Spoon Cutter. Excellent machining of aluminum and non-ferrous materials.

1 Dia., 3 Flute, 1-3/4 LOC, Ball Nose, ALU-Power Roughing Carbide End Mill, Uncoated

  Excellent cutting qualities on aluminum, copper Increased tool life and superior chip evacuation Reduces chipping of corner edges

1 Dia., 3 Flute, 1-3/4 LOC, ALU-Power Roughing Carbide End Mill, Uncoated

  Excellent cutting qualities on aluminum, copper Increased tool life and superior chip evacuation Reduces chipping of corner edges

3/4" Dia., 3 Flute., 2-1/4" LOC, 0.060" Corner Rad, ALU-Power HPC Chipbreaker DLC Coated Carbide End Mill

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.Chip Breaker Improves chip evacuation by shortening the chip length.Ability to counteract extreme...

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

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.Chip Breaker Improves chip evacuation by shortening the chip length.Ability to counteract extreme...

1/2" Dia., 3 Flute., 2" LOC, 0.010" Corner Rad, ALU-Power HPC Chipbreaker DLC Coated Carbide End Mill

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.Chip Breaker Improves chip evacuation by shortening the chip length.Ability to counteract extreme...

3/4" Dia., 3 Flute., 2-1/4" LOC, 0.060" Corner Rad, ALU-Power HPC Chipbreaker Uncoated Carbide End Mill

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.Chip Breaker Improves chip evacuation by shortening the chip length.Ability to counteract extreme...

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

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.Chip Breaker Improves chip evacuation by shortening the chip length.Ability to counteract extreme...

3/4" Dia., 3 Flute., 3/4" LOC, 0.010" Corner Rad, ALU-Power HPC Chipbreaker Uncoated Carbide End Mill

  Balanced cutting with less vibration.Ability to run at high speeds with less heat in aluminum.Chip Breaker Improves chip evacuation by shortening the chip length.Ability to counteract extreme...

3/4" Dia., 3 Flute., 1" LOC, 2" Reach, 4" OAL, 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.

3/4" Dia., 3 Flute., 1" LOC, 2" Reach, 4" OAL, 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.

3/4" Dia., 3 Flute., 1" LOC, 2" Reach, 4" OAL, 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.

3/4" Dia., 3 Flute., 1" LOC, 2" Reach, 4" OAL, 0.090" 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.

3/4" Dia., 3 Flute., 1" LOC, 2" Reach, 4" OAL, 0.060" 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.

3/4" Dia., 3 Flute., 1" LOC, 2" Reach, 4" OAL, 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.