OSG

OSG 8711030 0.40551 in, 140 Degree, Spiral, Taper Length Drill Bit

OSG 8711030
$300.63 / EA
Out of Stock
  • Cutting Direction: Right Hand
  • Shank Type: Straight
  • Cutting Edge Material: Carbide
  • Finish: EgiAs Coated
  • Flute Length: 140.00 mm
  • Flute Length - Metric: 140 mm
  • Material: Carbide
  • Number of Flutes: 2
  • Overall Length: 205.00 mm
  • Overall Length - Metric: 205 mm
  • Point Angle: 140
  • Point Type: R-Thinning
  • Series: 6530
  • Shank Diameter - Metric: 12.00 mm
  • Shank Size: 12 mm Dia
  • Flute Type: Spiral

The A Brand® ADO drill series is OSG's premium line of carbide coolant-fed high performance drills, designed to drill in a variety of steels up to 50X diameter without pecking. New point geometry creates sharp cutting action for reduced thrust forces, while our proprietary EgiAs coating provides drastically higher hardness and heat resistance, enabling higher drilling speeds and incredible tool life.

  • OSG's EgiAs Nano Coating Technology -Higher coating oxidation temp & hardness dramatically improve wear resistance
  • Wavy form cutting edge design- Sharper cutting action reduces thrust forces and produces smaller chips for easy hole processing
  • Internal coolant holes- Coolant delivery at the cutting edge reduces heat and improves chip evacuation, thereby increasing tool life and enabling faster drilling speeds
  • OSG's EgiAs Nano Coating Technology -Higher coating oxidation temp & hardness dramatically improve wear resistance
  • Wavy form cutting edge design- Sharper cutting action reduces thrust forces and produces smaller chips for easy hole processing
  • Internal coolant holes- Coolant delivery at the cutting edge reduces heat and improves chip evacuation, thereby increasing tool life and enabling faster drilling speeds
  • OSG's EgiAs Nano Coating Technology -Higher coating oxidation temp & hardness dramatically improve wear resistance
  • Wavy form cutting edge design- Sharper cutting action reduces thrust forces and produces smaller chips for easy hole processing
  • Internal coolant holes- Coolant delivery at the cutting edge reduces heat and improves chip evacuation, thereby increasing tool life and enabling faster drilling speeds
  • OSG's EgiAs Nano Coating Technology -Higher coating oxidation temp & hardness dramatically improve wear resistance
  • Wavy form cutting edge design- Sharper cutting action reduces thrust forces and produces smaller chips for easy hole processing
  • Internal coolant holes- Coolant delivery at the cutting edge reduces heat and improves chip evacuation, thereby increasing tool life and enabling faster drilling speeds
  • OSG's EgiAs Nano Coating Technology -Higher coating oxidation temp & hardness dramatically improve wear resistance
  • Wavy form cutting edge design- Sharper cutting action reduces thrust forces and produces smaller chips for easy hole processing
  • Internal coolant holes- Coolant delivery at the cutting edge reduces heat and improves chip evacuation, thereby increasing tool life and enabling faster drilling speeds
  • OSG's EgiAs Nano Coating Technology -Higher coating oxidation temp & hardness dramatically improve wear resistance
  • Wavy form cutting edge design- Sharper cutting action reduces thrust forces and produces smaller chips for easy hole processing
  • Internal coolant holes- Coolant delivery at the cutting edge reduces heat and improves chip evacuation, thereby increasing tool life and enabling faster drilling speeds
  • OSG's EgiAs Nano Coating Technology -Higher coating oxidation temp & hardness dramatically improve wear resistance
  • Wavy form cutting edge design- Sharper cutting action reduces thrust forces and produces smaller chips for easy hole processing
  • Internal coolant holes- Coolant delivery at the cutting edge reduces heat and improves chip evacuation, thereby increasing tool life and enabling faster drilling speeds
  • OSG's EgiAs Nano Coating Technology -Higher coating oxidation temp & hardness dramatically improve wear resistance
  • Wavy form cutting edge design- Sharper cutting action reduces thrust forces and produces smaller chips for easy hole processing
  • Internal coolant holes- Coolant delivery at the cutting edge reduces heat and improves chip evacuation, thereby increasing tool life and enabling faster drilling speeds.

Application:Aluminum Alloy, Cast Aluminum, Cast iron, Carbon Steels, Alloy Steel, Die Steel, Stainless Steel, Hardened Steel <50HRC Holes up to 50X diameter in depth, where coolant-through is an option. Any application where productivity and the lowest cost-per-hole is the goal.Aluminum Alloy, Cast Aluminum, Cast iron, Carbon Steels, Alloy Steel, Die Steel, Stainless Steel, Hardened Steel <50HRC Holes up to 50X diameter in depth, where coolant-through is an option. Any application where productivity and the lowest cost-per-hole is the goal.

OSG 8711030 0.40551 in | 140 Degree | Spiral | Solid Carbide | EgiAs | Taper Length Drill Bit