These standard keyseat milling cutters are made from high-speed steel and provide good wear resistance for general purpose milling applications. They're more flexible and can absorb more shock and vibration than cobalt or solid carbide keyseat milling cutters. They have straight teeth that leave a finer finish on the workpiece than staggered teeth. The cutters have a straight shank that mounts to a milling machine.

These standard keyseat milling cutters are made from high-speed steel and offer good wear resistance for general purpose milling applications. They're more flexible and can absorb more shock and vibration than cobalt or solid carbide keyseat milling cutters. They have staggered teeth that allow them to remove more material and operate at higher speeds than straight-tooth milling cutters. The cutters have a straight shank that mounts to a milling machine.

These 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.

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.

These standard keyseat milling cutters are made from cobalt steel. They can be used at higher speeds and are harder and more wear-resistant than high-speed steel standard keyseat milling cutters. These 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.

These standard keyseat milling cutters are made from carbide, which provides excellent heat resistance and wear resistance. Solid carbide milling cutters provide maximum hardness and cutting accuracy and are commonly used in production machining. The 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.

These standard keyseat milling cutters have a left-hand cutting direction and are used in applications that require a left-hand tool. They are made from high-speed steel and provide good wear resistance for general purpose milling applications. They're more flexible and can absorb more shock and vibration than cobalt or solid carbide keyseat milling cutters. These milling cutters have straight teeth that leave a finer finish on the workpiece than staggered teeth. They have a straight shank that mounts to a milling machine.

These standard keyseat milling cutters have a carbide steel cutting head that provides excellent hardness, heat resistance, and wear resistance. The tool's shank is made from a material that provides more flexibility and shock absorption than carbide during machining tasks. These standard keyseat milling cutters also 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.