Jobber Drills

#63 TiN Coated HSS Jobber Drill Bit DR10263

HSS 135° Degree split point (self-centering) which eliminates "walking" and reduces the thrust force needed Titanium nitride (TiN) coating increases wear and heat resistance while improving chip flow and higher lubricity Due to the better heat resistance...

#64 TiN Coated HSS Jobber Drill Bit DR10264

HSS 135° Degree split point (self-centering) which eliminates "walking" and reduces the thrust force needed Titanium nitride (TiN) coating increases wear and heat resistance while improving chip flow and higher lubricity Due to the better heat resistance...

#65 TiN Coated HSS Jobber Drill Bit DR10265

HSS 135° Degree split point (self-centering) which eliminates "walking" and reduces the thrust force needed Titanium nitride (TiN) coating increases wear and heat resistance while improving chip flow and higher lubricity Due to the better heat resistance...

#66 TiN Coated HSS Jobber Drill Bit DR10266

HSS 135° Degree split point (self-centering) which eliminates "walking" and reduces the thrust force needed Titanium nitride (TiN) coating increases wear and heat resistance while improving chip flow and higher lubricity Due to the better heat resistance...

#67 TiN Coated HSS Jobber Drill Bit DR10267

HSS 135° Degree split point (self-centering) which eliminates "walking" and reduces the thrust force needed Titanium nitride (TiN) coating increases wear and heat resistance while improving chip flow and higher lubricity Due to the better heat resistance...

1/32" TiN Coated HSS Jobber Drill Bit DR10002

HSS 135° Degree split point (self-centering) which eliminates "walking" and reduces the thrust force needed Titanium nitride (TiN) coating increases wear and heat resistance while improving chip flow and higher lubricity Due to the better heat resistance...

#68 TiN Coated HSS Jobber Drill Bit DR10268

HSS 135° Degree split point (self-centering) which eliminates "walking" and reduces the thrust force needed Titanium nitride (TiN) coating increases wear and heat resistance while improving chip flow and higher lubricity Due to the better heat resistance...

#69 TiN Coated HSS Jobber Drill Bit DR10269

HSS 135° Degree split point (self-centering) which eliminates "walking" and reduces the thrust force needed Titanium nitride (TiN) coating increases wear and heat resistance while improving chip flow and higher lubricity Due to the better heat resistance...

#70 TiN Coated HSS Jobber Drill Bit DR10270

HSS 135° Degree split point (self-centering) which eliminates "walking" and reduces the thrust force needed Titanium nitride (TiN) coating increases wear and heat resistance while improving chip flow and higher lubricity Due to the better heat resistance...

#71 TiN Coated HSS Jobber Drill Bit DR10271

HSS 135° Degree split point (self-centering) which eliminates "walking" and reduces the thrust force needed Titanium nitride (TiN) coating increases wear and heat resistance while improving chip flow and higher lubricity Due to the better heat resistance...

#72 TiN Coated HSS Jobber Drill Bit DR10272

HSS 135° Degree split point (self-centering) which eliminates "walking" and reduces the thrust force needed Titanium nitride (TiN) coating increases wear and heat resistance while improving chip flow and higher lubricity Due to the better heat resistance...

#73 TiN Coated HSS Jobber Drill Bit DR10273

HSS 135° Degree split point (self-centering) which eliminates "walking" and reduces the thrust force needed Titanium nitride (TiN) coating increases wear and heat resistance while improving chip flow and higher lubricity Due to the better heat resistance...