brandMinimum: 50.00

Products with this attribute (22876 total)

Coolant through AR: 3 Degree ~ 14 Degree
Covered rack Accurate to 0.001 per 6\
Covered rack Accurate to 0.001 per 6\
Covered rack Accurate to 0.001 per 6\
CT-100: 5/8\
CT-120: 3/4\
CT-140: 7/8\
CT-160: 1\
CT-200: 1-1/4\
CT-40: 1/4\
CT-50: 5/16\
CT-80: 1/2\
DA100 11pc Collet Set Sowa Part # 331-358
DA100 15pc Collet Set Sowa Part # 331-362
DA100 17pc Collet Set Sowa Part # 331-384
DA100 29pc Collet Set Sowa Part # 331-386
DA100 33pc Collet Set Sowa Part # 331-387
DA100 8pc Collet Set Sowa Part # 331-356
DA100 Collet Chuck, 1\
DA100 Collet Chuck, 1\
DA100 Collet Chuck, BT30 Tapered Shank, 3.00\
DA100 Collet Chuck, BT40 Tapered Shank, 6.00\
DA100 Collet Chuck, CAT40 Tapered Shank, 3.50\
DA100 Collet Chuck, CAT40 Tapered Shank, 6.00\
DA100 Nut Complete Replacement Sowa Part # 534-264
DA100-11/32 Double Angle Sowa Part # 331-505
DA100-21/64 Double Angle Sowa Part # 331-503
DA100-23/64 Double Angle Sowa Part # 331-507
DA100-27/64 Double Angle Sowa Part # 331-511
DA180 17pc Collet Set Sowa Part # 331-389
DA180 21pc Collet Set Sowa Part # 331-390
DA180 41pc Collet Set Sowa Part # 331-392
DA180 9pc Collet Set Sowa Part # 331-388
DA180 Backup Screw For Ct; Bt; NMTB Chucks Sowa Part # 534-288
DA180 Backup Screw For SS Chuck Extensions Sowa Part # 534-290
DA180 Collet Chuck, 1-1/4\
DA180 Collet Chuck, BT30 Tapered Shank, 3.00\
DA180 Collet Chuck, BT40 Tapered Shank, 4.00\
DA180 Collet Chuck, BT40 Tapered Shank, 6.00\
DA180 Collet Chuck, CAT40 Tapered Shank, 6.00\
DA180 Collet Chuck, CAT50 Tapered Shank, 4.00\
DA180 Collet Chuck, CAT50 Tapered Shank, 6.00\
DA180 Nut Complete Replacement Sowa Part # 534-270
DA180-15/32 Double Angle Sowa Part # 331-579
DA180-3/64 Double Angle Sowa Part # 331-523
DA180-35/64 Double Angle Sowa Part # 331-589
DA200 11pc Collet Set Sowa Part # 331-394
DA200 17pc Collet Set Sowa Part # 331-395
DA200 21pc Collet Set Sowa Part # 331-396
DA200 9pc Collet Set Sowa Part # 331-393
DA200 Collet Chuck, BT30 Tapered Shank, 3.00\
DA200 Collet Chuck, BT40 Tapered Shank, 3.00\
DA200 Nut Complete Replacement Sowa Part # 534-276
DA300 13pc Collet Set Sowa Part # 331-399
DA300 14pc Collet Set Sowa Part # 331-400
DA300 7pc Collet Set Sowa Part # 331-397
DA300 Collet Chuck, BT30 Tapered Shank, 3.00\
DA300 Collet Chuck, CAT40 Tapered Shank, 3.00\
DA300-Nut Complete Sowa Part # 534-277
Deluxe heat insulated forged steel frame up to 4\
Deluxe heat insulated forged steel frame up to 4\
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