Carbide Burs

WIDIA METAL REMOVAL M41449 Carbide Bur, Flame,1/2 Cut Dia, dbl Cut condition: New Brand: WIDIA METAL REMOVAL MPN: M41449 NumberOfItems: 1 Overall Length: 3" Application: For Steel, Stainless Steel, High-Temp Alloys And Cast Iron Overall Length (In.): 3 Weight: 0.12 Length: 3.500 Width: 0.700 Shape: Flame Max. RPM: 50,000 Shank Material: Hardened Steel Shank Size: 1/4" Length of Cut: 1-1/4" Trade Number: SH-5 Cutting Edge Type: Double Cut Cutter Dia.: 1/2" Cutter Dia. (In.): 1/2"

WIDIA METAL REMOVAL M41219 Carbide Bur, Cylindrical,5/8 condition: New Brand: WIDIA METAL REMOVAL MPN: M41219 NumberOfItems: 1 Overall Length: 2-3/4" Application: Metal Deburring Overall Length (In.): 2-3/4 Weight: 0.2 Length: 0.900 Width: 0.900 Shape: Cylindrical Max. RPM: 40,000 Shank Material: Steel Shank Size: 1/4" Length of Cut: 1" Trade Number: SA-6 Cutting Edge Type: Double Cut Cutter Dia.: 5/8" Cutter Dia. (In.): 5/8 Length of Cut (In.): 1 Shank Size (In.): 1/4

WIDIA METAL REMOVAL M41340 Carbide Bur, Ball,3/4 In condition: New Brand: WIDIA METAL REMOVAL MPN: M41340 NumberOfItems: 1 Overall Length: 2-7/16" Application: Metal Deburring Overall Length (In.): 2-7/16 Weight: 0.15 Length: 0.900 Width: 0.900 Shape: Ball Max. RPM: 33,000 Shank Material: Steel Shank Size: 1/4" Length of Cut: 3/4" Trade Number: SD-7 Cutting Edge Type: Double Cut Cutter Dia.: 3/4" Cutter Dia. (In.): 3/4 Length of Cut (In.): 3/4 Shank Size (In.): 1/4

Single-cut cylinder burs (SA) with a flat end have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel. Flat-end burs have flutes that stop at the top edge of the cylinder.

Single-cut ball burs (SD) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel.

Single-cut ball burs (SD) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel.

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder.

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder.

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder.

Double-cut ball burs (SD) have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs.

Double-cut flame burs (SH) have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs.

Aluminum-cut cylinder burs (SA) with a flat end have wide channels to provide better chip clearance than other cuts when machining soft materials such as aluminum, brass, and plastic. Flat-end burs have flutes that stop at the top edge of the cylinder.

Aluminum-cut cylinder burs (SA) with a flat end have wide channels to provide better chip clearance than other cuts when machining soft materials such as aluminum, brass, and plastic. Flat-end burs have flutes that stop at the top edge of the cylinder.

Single-cut cylinder burs (SA) with a flat end have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel. Flat-end burs have flutes that stop at the top edge of the cylinder.

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder.

Double-cut flame burs (SH) have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs.

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder. WARNING: This product can expose you to chemicals including Nickel (Metallic), which is known to the State of California to cause cancer. For more information go to .

Single-cut ball burs (SD) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel. Refresh page to try again.

Double-cut inverted cone burs (SN) have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs.

Double-cut ball burs (SD) have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs.

Aluminum-cut ball burs (SD) have wide channels to provide better chip clearance than other cuts when machining soft materials such as aluminum, brass, and plastic.

Aluminum-cut ball burs (SD) have wide channels to provide better chip clearance than other cuts when machining soft materials such as aluminum, brass, and plastic.

WIDIA METAL REMOVAL M41341 Carbide Bur, Ball,1 In condition: New Brand: WIDIA METAL REMOVAL MPN: M41341 NumberOfItems: 1 Overall Length: 2-11/16" Application: Metal Deburring Overall Length (In.): 2-11/16 Weight: 0.3 Length: 1.200 Width: 1.100 Shape: Ball Max. RPM: 25,000 Shank Material: Steel Shank Size: 1/4" Length of Cut: 1" Trade Number: SD-9 Cutting Edge Type: Double Cut Cutter Dia.: 1" Cutter Dia. (In.): 1 Length of Cut (In.): 1 Shank Size (In.): 1/4

Double-cut ball burs (SD) have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Refresh page to try again.

Double-cut ball burs (SD) have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Refresh page to try again.

Double-cut flame burs (SH) have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Refresh page to try again.

Single-cut flame burs (SH) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel.

Single-cut ball burs (SD) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel.

Single-cut flame burs (SH) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel.

Single-cut flame burs (SH) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel.

Single-cut ball burs (SD) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel.

Single-cut flame burs (SH) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel.

Single-cut flame burs (SH) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel.

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder.

Single-cut cylinder burs (SA) with a flat end have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel. Flat-end burs have flutes that stop at the top edge of the cylinder.

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder.

Double-cut inverted cone burs (SN) have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Refresh page to try again.

Single-cut cylinder burs (SA) with a flat end have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel. Flat-end burs have flutes that stop at the top edge of the cylinder.

Single-cut inverted cone burs (SN) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel.

Double-cut flame burs (SH) have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Refresh page to try again.

Single-cut ball burs (SD) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel.

Single-cut cylinder burs (SA) with a flat end have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel. Flat-end burs have flutes that stop at the top edge of the cylinder.

Single-cut inverted cone burs (SN) have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel.

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder.

Single-cut cylinder burs (SA) with a flat end have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel. Flat-end burs have flutes that stop at the top edge of the cylinder.

Aluminum-cut ball burs (SD) have wide channels to provide better chip clearance than other cuts when machining soft materials such as aluminum, brass, and plastic.

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder.

Single-cut cylinder burs (SA) with a flat end have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel. Flat-end burs have flutes that stop at the top edge of the cylinder.

Aluminum-cut cylinder burs (SA) with a flat end have wide channels to provide better chip clearance than other cuts when machining soft materials such as aluminum, brass, and plastic. Flat-end burs have flutes that stop at the top edge of the cylinder.

Double-cut flame burs (SH) have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs.

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder. WARNING: This product can expose you to chemicals including Cobalt metal powder, which is known to the State of California to cause cancer. For more information go to .

Double-cut cylinder burs (SA) with a corner radius have slightly rounded edges at the top of the bur to blend workpiece edges where a smooth finish and transition is required. The corner radius can reduce flute chipping to extend tool life. Double-cut burs have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. WARNING: This product can expose you to chemicals including...

Inox-cut flame burs (SH) are designed for high stock removal and high-quality finish cuts on stainless steel without producing high heat that can cause annealing and workpiece discoloration. WARNING: This product can expose you to chemicals including Cobalt metal powder, which is known to the State of California to cause cancer. For more information go to .

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder. WARNING: This product can expose you to chemicals including Cobalt metal powder, which is known to the State of California to cause cancer. For more information go to .

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder. WARNING: This product can expose you to chemicals including Cobalt metal powder, which is known to the State of California to cause cancer. For more information go to .

Single-cut cylinder burs (SA) with a flat end have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel. Flat-end burs have flutes that stop at the top edge of the cylinder. WARNING: This product can expose you to chemicals including Cobalt metal powder, which is known to the State of California to cause cancer. For more information go to .

Double-cut cylinder burs (SA) with a corner radius have slightly rounded edges at the top of the bur to blend workpiece edges where a smooth finish and transition is required. The corner radius can reduce flute chipping to extend tool life. Double-cut burs have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. WARNING: This product can expose you to chemicals including...

Steel-cut flame burs (SH) make aggressive cuts in steel and hardened steel. Large chips are removed quickly to keep surface temperatures low to reduce annealing that can cause workpiece discoloration. WARNING: This product can expose you to chemicals including Cobalt metal powder, which is known to the State of California to cause cancer. For more information go to .

Carbide Cylindrical without End Double Cut Burr Cle-Line Series 1845Cylindrical Bur without End CutCarbideBrightDouble Cut has right and left hand helical flutes combined to produce fast penetration and stock removal with minimal bounce or chatterHigh productivity and good finish on a variety of work piece materials For polishing, flash removal, weld blending and deburring in die shops Cast iron Steels Brass Bronze Copper This listing is for each.

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder.

Double-cut cylinder burs (SA) with a flat end have crossing left- and right-hand flutes to quickly remove stock from steel, stainless steel, and other high-strength ferrous metals while leaving a smoother finish than single-cut burs. Flat-end burs have flutes that stop at the top edge of the cylinder.

Single-cut cylinder burs (SA) with a flat end have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel. Flat-end burs have flutes that stop at the top edge of the cylinder. WARNING: Cancer and Reproductive Harm -

Single-cut cylinder burs (SA) with a flat end have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel. Flat-end burs have flutes that stop at the top edge of the cylinder.

Single-cut cylinder burs (SA) with a flat end have parallel rows of right-hand spiral flutes to balance stock removal and finish. Single-cut burs are used in general applications to evacuate chips on most materials, including brass, copper, cast iron, and steel. Flat-end burs have flutes that stop at the top edge of the cylinder.