End Mills: Aluminum related categories
 | 3 Flute - 38° - Corner Radius End Mills - ALUMASTAR® Coated
- Solid submicron grain carbide end mill - center cutting
- Specific coating engineered to repel aluminum
- Engineered to run at 750-2500 SFM (225-750 M/Min.)
- High velocity - high metal removal rate
- Need to use properly balanced holders
- Holds perpendicularity
- Flats can be added within 48 hours
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 | 2 Flute - 41° - High Performance Ball End Mills - ALUMASTAR® Coated
- Solid submicron grain carbide end mill - center cutting
- Specific coating engineered to repel aluminum
- Engineered to run at 750-2500 SFM (225-750 M/Min.)
- High velocity - high metal removal rate
- Need to use properly balanced holders
- Holds perpendicularity
- Flats can be added within 48 hours
- Tolerance on ball radius is +.0000′′ -.0005′′ (+0.0000 / -0.0127)
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 | 2 Flute High Performance End Mills - 45°
- Solid submicron grain carbide end mill - center cutting
- High performance machining
- Rigid work holding, machine stability and part integrity are critical!
- Excellent choice for slotting
- Polished cylindrical O.D. margin reduces chatter
- Recommended for aluminum and titanium (AlumaStar® coating recommended)
- Sharp corners (Can be modified with a corner radius)
- Designed for spindle speeds between 5,000 - 10,000 RPM, 1% diameter for chip load
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 | 3 Flute End Mills - 50°
- Solid submicron grain carbide end mill - center cutting
- High performance machining
- Rigid work holding, machine stability and part integrity are critical!
- Slots aluminum at an axial depth of 25% of diameter
- Recommended for aluminum and stainless steel
- Sharp corners (Can be modified with a corner radius)
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 | 3 Flute End Mills - 50° - TiN Coated
- Solid submicron grain carbide end mill - center cutting
- High performance machining
- Rigid work holding, machine stability and part integrity are critical!
- Improved lubricity - 10% faster than uncoated
- Slots aluminum at an axial depth of 25% of diameter
- Recommended for aluminum
- Sharp corners (Can be modified with a corner radius)
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 | 3 Flute End Mills - 50° - TiCN Coated
- Solid submicron grain carbide end mill - center cutting
- High performance machining
- Rigid work holding, machine stability and part integrity are critical!
- Improved abrasion resistance and lubricity
- Up to 25% faster than uncoated
- Slots aluminum and stainless steel at an axial depth of 25% of diameter
- Recommended for aluminum and stainless steel
- Sharp corners (Can be modified with a corner radius)
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 | 4 Flute - 30° - Diamond Coated End Mills
- Solid grade C-2 carbide end mill - center cutting
- Crystalline diamond coating
- Up to 17x tool life than uncoated
- Recommended for graphite, fiber-reinforced plastics, carbon fiber and high silicon aluminum
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 | 4 Flute - 30° - Corner Radius - Diamond Coated End Mills
- Solid grade C-2 carbide end mill - center cutting
- Crystalline diamond coating
- Up to 17x tool life than uncoated
- For stronger corners and part radius
- Recommended for graphite, fiber-reinforced plastics, carbon fiber and high silicon aluminum
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 | 4 Flute - 30° - Extra Long - Diamond Coated End Mills
- Solid grade C-2 carbide end mill - center cutting
- Crystalline diamond coating
- Up to 17x tool life than uncoated
- Recommended for graphite, fiber-reinforced plastics, carbon fiber and high silicon aluminum
- Can be modified with a neck in 48 hours
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 | 4 Flute - 30° - Extra Long Ball End Mills - Diamond Coated
- Solid grade C-2 carbide end mill - center cutting
- Crystalline diamond coating
- Up to 17x tool life than uncoated
- Recommended for graphite, fiber-reinforced plastics, carbon fiber and high silicon aluminum
- Can be modified with a neck in 48 hours
- Tolerance on ball radius is +0.000′′ -0.001′′ (+0.000 -0.025mm)
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 | Standard End Mills
- Down to .010′′
- Thin Film Amorphous Diamond Coating Increases Tool Life in Graphite, Aluminum and Non-Ferrous Metals, Plastics and Composites
- Length of Cut 3 x Diameter
- Center Cutting
- Micro Grain Carbide
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 | Long Reach - Stub Flute End Mills
- Down to .010′′
- Thin Film Amorphous Diamond Coating Increases Tool Life in Graphite, Aluminum and Non-Ferrous Metals, Plastics and Composites
- Reduced Neck Diameter to Avoid Heeling
- Stub Flutes
- 3 Flute
- Center Cutting
- Micro Grain Carbide
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 | Long Flute End Mills
- Down to .010′′
- Thin Film Amorphous Diamond Coating Increases Tool Life in Graphite, Aluminum and Non-Ferrous Metals, Plastics and Composites
- Long Shank and Long Flute Design for Deep Cavities
- Center Cutting
- Micro Grain Carbide
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 | Long Reach - Long Flute End Mills
- Down to .010′′
- Thin Film Amorphous Diamond Coating Increases Tool Life in Graphite, Aluminum and Non-Ferrous Metals, Plastics and Composites
- Long Flutes for Deep Pocket Milling
- Reduced Neck Diameter to Avoid Heeling
- 3 Flutes
- Center Cutting
- Micro Grain Carbide
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 | Square End Mills
- Up to 50 x Improved Life Over Carbide!
- PCD Diamond Brazed on Carbide Body
- Center Cutting
- Recommended Work Piece Material: Aluminum, Copper, Brass, Bronze, Plastics, Graphite, Carbon, Green Carbide, Gold, Silver, Magnesium, Zinc, Green Ceramics
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 | Ball End Mills
- Up to 50 x Improved Life Over Carbide!
- PCD Diamond Brazed on Carbide Body
- Center Cutting
- Recommended Work Piece Material: Aluminum, Copper, Brass, Bronze, Plastics, Graphite, Carbon, Green Carbide, Gold, Silver, Magnesium, Zinc, Green Ceramics
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 | Corner Radius End Mills
- Up to 50 x Improved Life Over Carbide!
- PCD Diamond Brazed on Carbide Body
- Center Cutting
- Recommended Work Piece Material: Aluminum, Copper, Brass, Bronze, Plastics, Graphite, Carbon, Green Carbide, Gold, Silver, Magnesium, Zinc, Green Ceramics
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