15/32" Diameter x 3/32" Thick, Series Z, Carbide C3 (K10) Spade Drill Insert TiAlN Coated

Cast Iron GenometryIncrease wear resistance over M4 and T15high performance in Gray cast iron over 220 Brinell, malleable cast iron with short chips, silicon aluminum and coppor alloysPoint...

15/32" Diameter x 3/32" Thick, Series Z, Carbide C5 (P40) Spade Drill Insert TiAlN Coated

Multipurpose GenometryIncrease wear resistance over M4 and T15For general use in carbon steel and alloy steelsPoint Angle  - 132 degree2pcs/package

15/32" Diameter x 3/32" Thick, Series Z, Carbide C2 (K20) Spade Drill Insert TiAlN Coated

Multipurpose GenometryIncrease wear resistance over M4 and T15For general use in Gray cast iron, aluminum and non-ferrousPoint Angle  - 132 degree2pcs/package

15/32" Diameter x 3/32" Thick, Series Z, SM-Point Carbide C5 (P40) Spade Drill Insert TiAlN Coated

Hybrid Point - combines standard point with web thinning for improved performanceReduced thrust, improved centering and stability, increased speed and feedsFor general use in carbon steel, steel...

15/32" Diameter x 3/32" Thick, Series Z, Flat Bottom Super Cobalt (T15) Spade Drill Insert TiAlN Coated

Increase wear resistance over M4For general use in carbon steel, steel alloys, stainless steel, cast iron, aluminum and non-ferrous Point Angle  - 180 degree

15/32" Diameter x 3/32" Thick, Series Z, SM-Point Super Cobalt (T15) Spade Drill Insert TiAlN Coated

Hybrid Point - combines standard point with web thinning for improved performanceReduced thrust, improved centering and stability, increased speed and feedsFor general use in carbon steel, steel...

15/32" Diameter x 3/32" Thick, Series Z, Premium Cobalt (M48) Spade Drill Insert TiAlN Coated

Increased tool life over T15 For use in high temperature alloys and materials including medium carbon, Alloy and tool steels Rigid set up needed Point Angle  - 132 degree 2pcs/package

15/32" Diameter x 3/32" Thick, Series Z, Super Cobalt (T15) Spade Drill Insert TiAlN Coated

Increase wear resistance over M4 For use in medium carbon steel to high temperature Performs best in rigid setups Point Angle  - 132 degree, (Series 5-8 : 144 degree) 2pcs/package

15/32" YG-1 Carbide Dream Drill General, 1/2" Shank, 140° Point, 5XD, TiAlN Coated

    Drilling for Steel, Cast Steel, Cast Iron, Malleable Cast Iron Self centering and chip breaking by R-thinning Wave shape and negative land on the cutting edge for low thrust, stable...

15/32" YG-1 Carbide INOX Dream Drill , 12mm Shank, 140° Point, 8XD, Thru Coolant, TiAlN Coated

  Special flute shape and geometry suitable for machining stainless steel Excellent chip evacuation from better surface treatment Point R-thinning achieves superior centering and chip curling...

15/32" YG-1 Carbide Dream Drill General, 15/32" Shank, 140° Point, 3XD, TiAlN Coated

    Drilling for Steel, Cast Steel, Cast Iron, Malleable Cast Iron Self centering and chip breaking by R-thinning Wave shape and negative land on the cutting edge for low thrust, stable...

15/32" YG-1 Carbide INOX Dream Drill, 15/32" Shank, 140° Point, 5XD, Thru Coolant, TiAlN Coated

  Special flute shape and geometry suitable for machining stainless steel Excellent chip evacuation from better surface treatment Point R-thinning achieves superior centering and chip curling...

15/32" YG-1 Carbide Dream Drill General, 15/32" Shank, 140° Point, 5XD, Thru Coolant, TiAlN Coated

    Drilling for Steel, Cast Steel, Cast Iron, Malleable Cast Iron Self centering and chip breaking by R-thinning Wave shape and negative land on the cutting edge for low thrust, stable...

15/32" YG-1 Carbide INOX Dream Drill, 1/2" Shank, 140° Point, 5XD, Thru Coolant, TiAlN Coated

  Special flute shape and geometry suitable for machining stainless steel Excellent chip evacuation from better surface treatment Point R-thinning achieves superior centering and chip curling...

15/32" YG-1 Carbide Dream Drill General, 1/2" Shank, 140° Point, 5XD, Thru Coolant, TiAlN Coated

    Drilling for Steel, Cast Steel, Cast Iron, Malleable Cast Iron Self centering and chip breaking by R-thinning Wave shape and negative land on the cutting edge for low thrust, stable...