- Increased drilling rate generates less heat and wear
- Low risk of breakage due to highly elastic body
- Self-centering tip prevents wandering
- Increased drilling rate generates less heat and wear
- Low risk of breakage due to highly elastic body
- Self-centering tip prevents wandering
- Increased drilling rate generates less heat and wear
- Low risk of breakage due to highly elastic body
- Self-centering tip prevents wandering
- Increased drilling rate generates less heat and wear
- Low risk of breakage due to highly elastic body
- Self-centering tip prevents wandering
- Increased drilling rate generates less heat and wear
- Low risk of breakage due to highly elastic body
- Self-centering tip prevents wandering
- Increased drilling rate generates less heat and wear
- Low risk of breakage due to highly elastic body
- Self-centering tip prevents wandering
- Increased drilling rate generates less heat and wear
- Low risk of breakage due to highly elastic body
- Self-centering tip prevents wandering
- Increased drilling rate generates less heat and wear
- Low risk of breakage due to highly elastic body
- Self-centering tip prevents wandering
- Increased drilling rate generates less heat and wear
- Low risk of breakage due to highly elastic body
- Self-centering tip prevents wandering
- Increased drilling rate generates less heat and wear
- Low risk of breakage due to highly elastic body
- Self-centering tip prevents wandering
- Increased drilling rate generates less heat and wear
- Low risk of breakage due to highly elastic body
- Self-centering tip prevents wandering
- Split point tip
- No need to pre-punch or pilot drill up to 10 mm-diameter
- Self-centering tip prevents wandering
- Split point tip
- No need to pre-punch or pilot drill up to 10 mm-diameter
- Self-centering tip prevents wandering
- Split point tip
- No need to pre-punch or pilot drill up to 10 mm-diameter
- Self-centering tip prevents wandering