3/8 X 9/16 2FL COBALT END MILL
GREC42612
Prix régulier
$28.67
Preorder today
- Robust and simple unit construction with a "universally fitted" design
- Two-flute end rolling mills have a greater chip ejection capacity and are ideal for slotting
- The coatings reduce heat and abrasion to increase tool life
- The increased lubricity of the coating surface reduces material adhesion and edge buildup, allowing for even higher feed rates.
- The coatings reduce the amount of torque required for machining, allowing for more efficient use of the equipment.
- Applicable to titanium alloys, nickel alloys, cobalt alloys and stainless steels
- Robust and simple unit construction with a "universally fitted" design
- Two-flute end rolling mills have a greater chip ejection capacity and are ideal for slotting
- The coatings reduce heat and abrasion to increase tool life
- The increased lubricity of the coating surface reduces material adhesion and edge buildup, allowing for even higher feed rates.
- The coatings reduce the amount of torque required for machining, allowing for more efficient use of the equipment.
- Applicable to titanium alloys, nickel alloys, cobalt alloys and stainless steels
GREC42612
Prix régulier
$28.67
Preorder today
- Robust and simple unit construction with a "universally fitted" design
- Two-flute end rolling mills have a greater chip ejection capacity and are ideal for slotting
- The coatings reduce heat and abrasion to increase tool life
- The increased lubricity of the coating surface reduces material adhesion and edge buildup, allowing for even higher feed rates.
- The coatings reduce the amount of torque required for machining, allowing for more efficient use of the equipment.
- Applicable to titanium alloys, nickel alloys, cobalt alloys and stainless steels
- Robust and simple unit construction with a "universally fitted" design
- Two-flute end rolling mills have a greater chip ejection capacity and are ideal for slotting
- The coatings reduce heat and abrasion to increase tool life
- The increased lubricity of the coating surface reduces material adhesion and edge buildup, allowing for even higher feed rates.
- The coatings reduce the amount of torque required for machining, allowing for more efficient use of the equipment.
- Applicable to titanium alloys, nickel alloys, cobalt alloys and stainless steels