Carbide Rotary burrs for High Speed Rotary Tools

Carbide Rotary burrs for High Speed Rotary Tools Description You'll find burrs of different shapes and with various applications. Tungsten carbide burrs are manufactured on state of the art CNC machines which automatically have a high cutting capacity and long service life. This ensures a high level of efficiency. All our tungsten carbide burrs feature fast stock removal and long service life providing optimum efficiency. Carbide burrs can be used to cut the most diverse types of material, such as: Aluminium Brass Titanium alloys Cast Iron Copper Zinc alloys Types of alloy steel Bronze Various plastics Nickel Types of stainless steel etc. Carbide burrs can be used with both electrically-powered and pneumatically-powered hand-held tools. A fixing cullet chuck is essential to ensure the life of the burr. Each carbide burr is packed individually in a plastic case.   Different Models   Shape A Carbide burrs/rotary files: Cylindrical(Without end cut) Shaoe B Carbide burrs /rotary files : Cylindrical(With end cut)

Order No.	Cut diameter d1	Cut length l2	Shank length d2	Total length
A0313M03	3	13	3	50
A0413M04	4	13	4	50
A0616M06	6	16	6	56
A0820M06	8	20	6	60
A1020M06	10	20	6	60
A1225M06	12	25	6	65
A1425M06	14	25	6	65
A1625M06	16	25	6	65
A0804M06	8	4	6	44
A1005M06	10	5	6	45
A1205M06	12	5	6	45
A1606M06	16	6	6	46

  Shape C Carbide burrs /rotary files : Cylindrical(Radius end)  

Order No.	Cut diameter d1	Cut length l2	Shank diameter d2	Total length
C0313M03	3	13	3	50
C0403M04	4	13	4	50
C0616M06	6	16	6	56
C0820M06	8	20	6	60
C1020M06	10	20	6	60
C1225M06	12	25	6	65
C1425M06	14	25	6	65
C1625M06	16	25	6	65

    Shape D Carbide burrs /rotary files :Ball Shape Burs

Order No.	Cut diameter d1	Cut length l2	Shank diameter d2	Total length
D0303M03	3	2.7	3	50
D0403M04	4	3.6	4	50
D0605M06	6	5.4	6	45
D0807M06	8	7.2	6	47
D1009M06	10	9	6	49
D1210M06	12	10.8	6	51
D1412M06	14	12.6	6	53
D1614M06	16	14.4	6	54

  Shape E Carbide burrs /rotary files : Oval-shaped burs  

Order No.	Cut diameter	Cut length	Shank diameter	Total length
E0307	3	7	6(3)	38
E0610	6	10	6	55
E0813	8	13	6	58
E1016	10	16	6	61
E1220	12	20	6	65
E1625	16	25	6	70

  Shape F Carbide burrs /rotary files : Tree-shaped bur with radius end

Order No.	Cut diameter d1	Cut length l2	Shank diameter d2	Total length
F0313M03	3	13	3	50
F0618M06	6	18	6	58
F0818M06	8	18	6	58
F1020M06	10	20	6	60
F1225M06	12	25	6	65
F1625M06	16	25	6	65

  Shape G Carbide burrs /rotary files : Tree-shaped bur with pointed end

Order No.	Cut diameter d1	Cut length l2	Shank diameter d2	Total length
G0310M03	3	10	3	50
G0618M06	6	18	6	58
G0817M06	8	17	6	57
G1020M06	10	20	6	60
G1225M06	12	25	6	65
G1625M06	16	25	6	65

  Shape H Carbide burrs /rotary files : Flame-shaped bur

Order No.	Cut diameter d1	Cut length l2	Shank diameter d2	Total length
H0307M06	3	7	6	55
H0618M06	6	18	6	65
H0820M06	8	20	6	65
H1025M06	10	25	6	65
H1232M06	12	32	6	65
H1636M06	16	36	6	65

  Shape J Carbide burrs /rotary files : These burs are flatter and less acute-angled. 60º cone shape.

Order No.	Cut diameter d1	Cut length l2	Shank length d2	Total length
J0605M06	6	5.2	6	50
J0807M06	8	7	6	52
J1008M06	10	8.7	6	53
J1210M06	12	10.4	6	55
J1613M06	16	13.8	6	56

  Shape K Carbide burrs /rotary files : These burs are flatter and less acute-angled. 90º cone shape.

Order No.	Cut diameter d1	Cut length l2	Shank diameter d2	Total length
k0603M06	6	3	6	50
k0804M06	8	4	6	50
k1005M06	10	5	6	50
k1206M06	12	6	6	51
k1608M06	16	8	6	53

    Shape L Carbide burrs /rotary files : Taper bur with radius end

Order No.	Cut diameter d1	Cut length l2	Shank diameter d2	Total Length
L0313M03	3	13	3	50
L0413M04	4	13	4	50
L0616M06	6	16	5	56
L0822M06	8	22	6	62
L1025M06	10	25	6	65
L1228M06	12	28	6	68
L1633M06	16	33	6	73

  Shape M Carbide burrs /rotary files :Cone, Conical bur with flattened tip

Order No.	Cut diameter d1	Cut length l2	Shank diameter d2	Total length
M0313M03	3	13	3	50
M0413M04	4	13	4	50
M0618M06	6	18	6	58
M0817M06	8	17	6	57
M1020M06	10	20	6	60
M1225M06	12	25	6	65
M1425M06	14	25	6	65
M1625M06	16	25	6	65

  Shape N Carbide burrs /rotary files : Inverted cone bur, tapering off towards the shank

Order No.	Cut diameter d1	Cut length l2	SHank length d2	Total length
N1213M06	12	13	6	53
N1616M06	16	16	6	56
N1005M06	10	5	6	45
N1205M06	12	5	6	45
N1606M06	16	6	6	46

  Shape S Carbide burrs /rotary files :Taper shape with flat head

Order No.	Cut diameter d1	Cut length l2	Shank diameter d2	Total length
S0310M03	3	10	3	50
S0410M04	4	13	4	50
S0614M06	6	14	6	54
S0817M06	8	17	6	57
S1020M06	10	20	6	60
S1220m06	12	20	6	60
S1428M06	14	28	6	68
S0804M06	8	4	6	44
S1005M06	10	5	6	45
S1205M06	12	5	6	45
S1606M06	16	6	6	46

  Shape W Carbide burrs /rotary files :Cylinder semi-circle

Order No.	Cut diameter d1	Cut length l2	Shank length d2	Total length
W0614M06	6	14	6	54
W0818M06	8	18	6	58
W1018M06	10	18	6	58
W1222M06	12	22	6	62
W1422M06	14	22	6	62
W1622M06	16	22	6	62

  Fluting Style Cut #6: Double Cut: Very efficient stock removal. Creates a small chip. Good finish. Excellent operator control. 
Cut #3: Single Cut: General purpose fluting. Produces long chips. 
Cut #1: Nonferrous: For nonferrous materials. Aggressive stock removal. 
Cut #3SP: Chip Breaker: Provides breakdown in chips. Better control.
Cut #4: Diamond Cut: For heat treated and tough alloy steels where control is important. Creates a power-like chip. Excellent finish. 
Cut #2: Coarse Cut: Provides large flute area for softer ferrous materials. Fast stock removal. 
Cut #5: Fine Cut: For general use on hard materials requiring a fine finish.     Recommended Speed