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0.0394"Ø(1mm) x 3mm LOC x 38mm OAL- Ballnose - Uncoated - MG2 2F End Mill
M201-0100Series: MG2Flutes: 2Cutting Diameter: 1mm (0.0394in)Length of Cut: 3mm (0.118in)Overall Length: 38mm (1.496in)Shank Diameter: 3mm (0.118in)End Style: BallnoseCoating: UncoatedCenter Cutting: YesShank Tolerance: h6CAD$16.42The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in low alloy steels and non-ferrous materials like aluminum in high radial engagement machining strategies like... -
0.0394"Ø(1mm) x 3mm LOC x 38mm OAL- Ballnose - Uncoated - MG4 4F End Mill
M401-0100Series: MG4Flutes: 4Cutting Diameter: 1mm (0.0394in)Length of Cut: 3mm (0.118in)Overall Length: 38mm (1.496in)Shank Diameter: 3mm (0.118in)End Style: BallnoseCoating: UncoatedCenter Cutting: YesShank Tolerance: h6CAD$16.42The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. -
0.0394"Ø(1mm) x 3mm LOC x 38mm OAL- Square End - Uncoated - MG2 2F End Mill
M200-0100Series: MG2Flutes: 2Cutting Diameter: 1mm (0.0394in)Length of Cut: 3mm (0.118in)Overall Length: 38mm (1.496in)Shank Diameter: 3mm (0.118in)End Style: SquareCoating: UncoatedCenter Cutting: YesShank Tolerance: h6CAD$13.54The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in low alloy steels and non-ferrous materials like aluminum in high radial engagement machining strategies like... -
0.0394"Ø(1mm) x 3mm LOC x 38mm OAL- Square End - Uncoated - MG4 4F End Mill
M400-0100Series: MG4Flutes: 4Cutting Diameter: 1mm (0.0394in)Length of Cut: 3mm (0.118in)Overall Length: 38mm (1.496in)Shank Diameter: 3mm (0.118in)End Style: SquareCoating: UncoatedCenter Cutting: YesShank Tolerance: h6CAD$13.54The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. -
0.04"Øx 0.1" LOC x 1.6"Reach x 3" OAL- Ballnose - TiAlN Coated - 271 2F Carbide Hard Mill
271-0040ASeries: 271Flutes: 2Cutting Diameter: 0.04"Length of Cut: 0.1"Overall Length: 3"Shank Diameter: 0.25"End Style: BallnoseCoating: TiAlNReach: 1.6"Taper Neck Angle: 4.0°Center Cutting: Yes"Shank Tolerance: h6CAD$57.86The 271 series is designed for surfacing applications that require long reach in hardened materials <65Rc. Engineered robust cutting geometry featuring a large core diameter and slow helix angle to maximize tool life. -
0.0469"Øx 0.09375" LOC x 1.5" OAL- Ballnose - TiAlN Coated - G4 4F Carbide End Mill
401-0046ASeries: G4Flutes: 4Cutting Diameter: 0.046875"Length of Cut: 0.09375"Overall Length: 1.5"Shank Diameter: 0.125"End Style: BallnoseCoating: TiAlNCenter Cutting: Yes"Shank Tolerance: h6CAD$15.28The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. TiAlN coated to improve tool life in harder to machine materials like... -
0.0469"Øx 0.09375" LOC x 1.5" OAL- Ballnose - Uncoated - G2 2F Carbide End Mill
221-0046Series: G2Flutes: 2Cutting Diameter: 0.046875"Length of Cut: 0.09375"Overall Length: 1.5"Shank Diameter: 0.125"End Style: BallnoseCoating: UncoatedCenter Cutting: Yes"Shank Tolerance: h6CAD$13.13The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in surfacing applications in softer materials such as aluminum, copper, and even low alloy steels. -
0.0469"Øx 0.09375" LOC x 1.5" OAL- Ballnose - Uncoated - G4 4F Carbide End Mill
421-0046Series: G4Flutes: 4Cutting Diameter: 0.046875"Length of Cut: 0.09375"Overall Length: 1.5"Shank Diameter: 0.125"End Style: BallnoseCoating: UncoatedCenter Cutting: Yes"Shank Tolerance: h6CAD$13.13The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. -
0.0469"Øx 0.09375" LOC x 1.5" OAL- Square End - TiAlN Coated - G4 4F Carbide End Mill
420-0046ASeries: G4Flutes: 4Cutting Diameter: 0.046875"Length of Cut: 0.09375"Overall Length: 1.5"Shank Diameter: 0.125"End Style: SquareCoating: TiAlNCenter Cutting: Yes"Shank Tolerance: h6CAD$13.54The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. TiAlN coated to improve tool life in harder to machine materials like... -
0.0469"Øx 0.09375" LOC x 1.5" OAL- Square End - Uncoated - G2 2F Carbide End Mill
220-0046Series: G2Flutes: 2Cutting Diameter: 0.046875"Length of Cut: 0.09375"Overall Length: 1.5"Shank Diameter: 0.125"End Style: SquareCoating: UncoatedCenter Cutting: Yes"Shank Tolerance: h6CAD$11.09The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in low alloy steels and non-ferrous materials like aluminum in high radial engagement machining strategies like... -
0.0469"Øx 0.09375" LOC x 1.5" OAL- Square End - Uncoated - G4 4F Carbide End Mill
420-0046Series: G4Flutes: 4Cutting Diameter: 0.046875"Length of Cut: 0.09375"Overall Length: 1.5"Shank Diameter: 0.125"End Style: SquareCoating: UncoatedCenter Cutting: Yes"Shank Tolerance: h6CAD$11.09The G4 series is part of our general purpose line of end mills. The 4 flute geometry is designed for flexibility, excelling in most machining operations in a wide range of materials. -
0.0469"Øx 0.125" LOC x 1.5" OAL- Ballnose - Uncoated - G2 2F Carbide End Mill
201-0046Series: G2Flutes: 2Cutting Diameter: 0.046875"Length of Cut: 0.125"Overall Length: 1.5"Shank Diameter: 0.125"End Style: BallnoseCoating: UncoatedCenter Cutting: Yes"Shank Tolerance: h6CAD$16.42The G2 series is part of our general purpose line of end mills. The 2 flute geometry is designed for maximum chip evacuation. It excels in surfacing applications in softer materials such as aluminum, copper, and even low alloy steels.