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Products with this attribute (22876 total)
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
Designed for deep hole drilling with extremely efficient chip evacuation, without the need for frequent drill withdrawal. A heavy web and parabolic flute shape provide increased stability enabling drilling of accurate straight holes up to 5xD. 40 Degree helix angle 130 Degree point HSCO High Speed Cobalt TiAlN coated
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