Bahco 3.00 - 16 mm Conical Pointed Nose Tungsten Carbide Rotary Burrs
Price Range: ₹303 to ₹1,016
Type Of Product: Conical Burrs
Head Dia.: 3.00 - 16 mm
Head Length: 11 - 16 mm
Total Length: 38 - 66 mm
Shank Dia.: 3.00 - 6.00 mm
Models in the Bahco 3.00 - 16 mm Conical Pointed Nose Tungsten Carbide Rotary Burrs range
| SKU | Head Dia | Head Length | Total Length (mm) | Shank Dia | Price | Add to cart |
|---|---|---|---|---|---|---|
| CU.CA.CO.00014 | 3.00 mm | 11 mm | 38 mm | 3.00 mm | Was ₹522₹303 inclusive of GST Save 42% | |
| CU.CA.CO.00015 | 6.00 mm | 11 mm | 38 mm | 3.00 mm | Was ₹688₹399 inclusive of GST Save 42% | |
| CU.CA.CO.00016 | 6.00 mm | 19 mm | 60 mm | 6.00 mm | Was ₹815₹473 inclusive of GST Save 42% | |
| CU.CA.CO.00017 | 10 mm | 20 mm | 70 mm | 6.00 mm | Was ₹1,083₹628 inclusive of GST Save 42% | |
| CU.CA.CO.00018 | 12 mm | 25 mm | 75 mm | 6.00 mm | Was ₹1,322₹767 inclusive of GST Save 42% | |
| CU.CA.CO.00019 | 10 mm | 12 mm | 60 mm | 6.00 mm | Was ₹986₹572 inclusive of GST Save 42% | |
| CU.CA.CO.00020 | 16 mm | 13 mm | 63 mm | 6.00 mm | Was ₹1,691₹981 inclusive of GST Save 42% | |
| CU.CA.CO.00021 | 16 mm | 16 mm | 66 mm | 6.00 mm | Was ₹1,751₹1,016 inclusive of GST Save 42% |
Bahco 3.00 - 16 mm Conical Pointed Nose Tungsten Carbide Rotary Burrs
Conical Rotary Burrs are basically Rotary files, and they are used to remove Burrs in machined metal jobs. They are rotated at very high speed, and are made of Tungsten carbide so that the cutting edges do not lose their sharpness easily. Tungsten carbide burrs are much harder than HSS (High Speed Steel) burrs and are used to cut harder materials. The burrs wear less and retain their hardness under higher temperatures.High-speed steel burrs are used primarily for machining soft steel, aluminium, bronze, brass, etc. Type of cut; M: medium, for machining unhardened steel and other moderately hard materials under normal conditions.EC: extra coarse, for soft materials when good stock removal is required, counteracts chip build-up between teeth. Burrs are the better choice when optimal machining conditions cannot be maintained or when risk of vibration and impact shock are high. Also usable with low cutting speeds.