DRILL BIT #11 REGULAR LENGTH 140° CARBIDE TIALN - 5979522
DOR0041598
Prix régulier
$127.32
Preorder today
- Unc thread
- Consistent performance and repeatability across multiple applications on various machines and conditions
- Their design allows them to deliver high performance across a wide variety of materials, making them the ideal choice for general engineering and subcontracting environments.
- Self-centering 4-facet splitting point and CTW groove construction for improved penetration rate
- The titanium coating increases wear resistance and improves the tool's lifespan at high speeds.
- Unc thread
- Consistent performance and repeatability across multiple applications on various machines and conditions
- Their design allows them to deliver high performance across a wide variety of materials, making them the ideal choice for general engineering and subcontracting environments.
- Self-centering 4-facet splitting point and CTW groove construction for improved penetration rate
- The titanium coating increases wear resistance and improves the tool's lifespan at high speeds.
DOR0041598
Prix régulier
$127.32
Preorder today
- Unc thread
- Consistent performance and repeatability across multiple applications on various machines and conditions
- Their design allows them to deliver high performance across a wide variety of materials, making them the ideal choice for general engineering and subcontracting environments.
- Self-centering 4-facet splitting point and CTW groove construction for improved penetration rate
- The titanium coating increases wear resistance and improves the tool's lifespan at high speeds.
- Unc thread
- Consistent performance and repeatability across multiple applications on various machines and conditions
- Their design allows them to deliver high performance across a wide variety of materials, making them the ideal choice for general engineering and subcontracting environments.
- Self-centering 4-facet splitting point and CTW groove construction for improved penetration rate
- The titanium coating increases wear resistance and improves the tool's lifespan at high speeds.