DRILL #29 REGULAR LENGTH PARABOLIC HELIX CROSS POINT 135° BRIGHT - 41099
GRE41099
Prix régulier
$7.04
Preorder today
- The combination of the shape and design of the parabolic flute produces tighter hole tolerances, increased chip breaking action, and improved coolant flow for deep hole drilling.
- The wide flute spacing disperses chips away from the cutting edge faster than conventional parabolic drills, resulting in tighter, more manageable chips and less chip packing.
- The modified 135-degree notch point is self-centering, offering greater stability, preventing walking, and reducing work hardening.
- The combination of the shape and design of the parabolic flute produces tighter hole tolerances, increased chip breaking action, and improved coolant flow for deep hole drilling.
- The wide flute spacing disperses chips away from the cutting edge faster than conventional parabolic drills, resulting in tighter, more manageable chips and less chip packing.
- The modified 135-degree notch point is self-centering, offering greater stability, preventing walking, and reducing work hardening.
GRE41099
Prix régulier
$7.04
Preorder today
- The combination of the shape and design of the parabolic flute produces tighter hole tolerances, increased chip breaking action, and improved coolant flow for deep hole drilling.
- The wide flute spacing disperses chips away from the cutting edge faster than conventional parabolic drills, resulting in tighter, more manageable chips and less chip packing.
- The modified 135-degree notch point is self-centering, offering greater stability, preventing walking, and reducing work hardening.
- The combination of the shape and design of the parabolic flute produces tighter hole tolerances, increased chip breaking action, and improved coolant flow for deep hole drilling.
- The wide flute spacing disperses chips away from the cutting edge faster than conventional parabolic drills, resulting in tighter, more manageable chips and less chip packing.
- The modified 135-degree notch point is self-centering, offering greater stability, preventing walking, and reducing work hardening.