60deg. x .236 x 2.5,.165 x 1.6 x .235 x .730, .170 x 2.6 x .236 x .50, .196 x 1.4 x .236 x .170,.124 x 1.0 x .142 x .60,.182 x 1.0 x .200 x .650, 153 x 1.5,.118 x .750 x .156 x .850, .034 x .10 x . 234 x 2.3,20deg.
.165 x2.40 x.235 shank,.191 x1.60 x.235 x 1.1,.110 x 2.160 x .235 x .500, .178 x 2.50, 137 x 1.25 x .156 x .400, .116 x .780 x .156 x .840, .035 x .200 x .156 x 1.2,.105 x .820 x .156 x .700, .097 x 1.10 x .120 x .50, .118 x .960 x .156 x .50, 60 deg. x ,200 x 1.4, .135 x .820 x .156 x .800, .088 x 1.150 x .135 x .40
Up for grabs is a huge lot of machine end mills, till bits, inserts, and reamers. Included is the following: 1. 5 new Super Morse br12883 carbide tipped single point lead angle turning tools size 3/4 2.
PLEASE READ THE ENTIRE DESCRIPTION AND VIEW ALL PICTURES PRIOR TO MAKING YOUR PURCHASE. Putnam High Speed Steel 1-1/2" Endmill with case. 10-1/2" in length A serious tool here - Almost 4 pounds of American quality tooling.
Suited for tougher materials such as alloys, stainless and manganese steels, etc. Benefits Cobalt material provides better wear resistance, higher hardness and is tougher than high speed steel. Cobalt provides less chipping and thus allows tool to be run 10% faster than high speed steel.
Suited for tougher materials such as alloys, stainless and manganese steels, etc. Benefits Cobalt material provides better wear resistance, higher hardness and is tougher than high speed steel. Cobalt provides less chipping and thus allows tool to be run 10% faster than high speed steel.
Suited for tougher materials such as alloys, stainless and manganese steels, etc. Benefits Cobalt material provides better wear resistance, higher hardness and is tougher than high speed steel. Cobalt provides less chipping and thus allows tool to be run 10% faster than high speed steel.
Suited for tougher materials such as alloys, stainless and manganese steels, etc. Benefits Cobalt material provides better wear resistance, higher hardness and is tougher than high speed steel. Cobalt provides less chipping and thus allows tool to be run 10% faster than high speed steel.
Suited for tougher materials such as alloys, stainless and manganese steels, etc. Benefits Cobalt material provides better wear resistance, higher hardness and is tougher than high speed steel. Cobalt provides less chipping and thus allows tool to be run 10% faster than high speed steel.
Suited for tougher materials such as alloys, stainless and manganese steels, etc. Benefits Cobalt material provides better wear resistance, higher hardness and is tougher than high speed steel. Cobalt provides less chipping and thus allows tool to be run 10% faster than high speed steel.
Suited for tougher materials such as alloys, stainless and manganese steels, etc. Benefits Cobalt material provides better wear resistance, higher hardness and is tougher than high speed steel. Cobalt provides less chipping and thus allows tool to be run 10% faster than high speed steel.
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