Cobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCobalt steel dovetail milling cutters can be used at higher speeds and are harder and more wear-resistant than high-speed steel dovetail cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartHigh-speed steel dovetail milling cutters offer good wear resistance for general purpose milling applications. They're more flexible and can absorb more shock and vibration than carbide or cobalt steel milling cutters. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to CartCarbide-tipped dovetail milling cutters have carbide cutting edges that provide excellent hardness and heat resistance and retain their hardness better than high-speed steel or cobalt steel cutting edges. The body of the milling cutter is made from a material that can tolerate more vibration and shock than carbide. The cutters have a flat on their shank for securing them to a milling machine with a set screw.
+ Add to Cart