T-BUTTER 28.50MM X 10MM 12FL COBALT (C82228.5X10.0) - 5986001
DOR0074770
Prix régulier
$359.73
Preorder today
- Offset-tooth milling cutters are used at higher speeds for larger and deeper cutting operations
- They have fewer teeth than straight cutters for better chip removal from the workpiece.
- Cobalt is harder than high-speed steel and offers better wear resistance; it is used in high-strength alloys.
- Uncoated/untreated tools do not have any protective treatments on the cutting edge.
- They are used at reduced speed for general applications on non-ferrous metals.
- h11 mill diam tolerance.
- 10 degrees of rake
- 12 staggered teeth
- Offset-tooth milling cutters are used at higher speeds for larger and deeper cutting operations
- They have fewer teeth than straight cutters for better chip removal from the workpiece.
- Cobalt is harder than high-speed steel and offers better wear resistance; it is used in high-strength alloys.
- Uncoated/untreated tools do not have any protective treatments on the cutting edge.
- They are used at reduced speed for general applications on non-ferrous metals.
- h11 mill diam tolerance.
- 10 degrees of rake
- 12 staggered teeth
DOR0074770
Prix régulier
$359.73
Preorder today
- Offset-tooth milling cutters are used at higher speeds for larger and deeper cutting operations
- They have fewer teeth than straight cutters for better chip removal from the workpiece.
- Cobalt is harder than high-speed steel and offers better wear resistance; it is used in high-strength alloys.
- Uncoated/untreated tools do not have any protective treatments on the cutting edge.
- They are used at reduced speed for general applications on non-ferrous metals.
- h11 mill diam tolerance.
- 10 degrees of rake
- 12 staggered teeth
- Offset-tooth milling cutters are used at higher speeds for larger and deeper cutting operations
- They have fewer teeth than straight cutters for better chip removal from the workpiece.
- Cobalt is harder than high-speed steel and offers better wear resistance; it is used in high-strength alloys.
- Uncoated/untreated tools do not have any protective treatments on the cutting edge.
- They are used at reduced speed for general applications on non-ferrous metals.
- h11 mill diam tolerance.
- 10 degrees of rake
- 12 staggered teeth