These standard keyseat milling cutters are made from cobalt steel. They can run at higher speeds and are harder and more wear-resistant than high-speed steel standard keyseat milling cutters. These cutters have staggered teeth that allow them to remove more material and operate at higher speeds than straight-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters are made from cobalt steel. They can run at higher speeds and are harder and more wear-resistant than high-speed steel standard keyseat milling cutters. These cutters have staggered teeth that allow them to remove more material and operate at higher speeds than straight-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters are made from cobalt steel. They can run at higher speeds and are harder and more wear-resistant than high-speed steel standard keyseat milling cutters. These cutters have staggered teeth that allow them to remove more material and operate at higher speeds than straight-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to CartThese standard keyseat milling cutters have carbide steel cutting edges that provide excellent wear resistance and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the cutter is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These keyseat milling cutters have straight teeth and leave a finer finish on the workpiece than staggered-tooth milling cutters. They have a straight shank that mounts to a milling machine.
+ Add to Cart