Carbide Burr for Industry
Carbide Rotary Burrs (especially tungsten carbide rotary burrs) are used for cutting, shaping, grinding and for the removal of sharp edges, burrs and excess material (deburring).
Carbide burrs are widely used for metalwork, tool making, engineering, model engineering, wood carving, jewellery making, welding, chamferring, casting, deburring, grinding, cylinder head porting and sculpting. And are used in the aerospace, automotive, dental, metal sculpting, and metal smith industries to name but a few.
Tungsten Carbide Rotary Burr with Ti Coated – Manufacturer
Tooth Type Choice:
The high-performance tungsten carbide rotary burrs provide maximum cutting edge stability with a simultaneous high tenacity of the cutting edge.
SAIMENG Tungsten Carbide Burr are ideal for shaping, smoothing and material removal.
The tungsten ones are used on hardened steel, stainless steel, cast iron, nonferrous metals, fired ceramics, plastic, hard wood, especially on hard materials whose hardness can be above HRC70.
To de-bur, break edges, trim, pro-cess welding seams, surface processing.
The product has long time operation life and its application range is widely, you can use different shape product according to your application.
Use higher speeds for hard woods, slower speeds for metals and very slow speeds for plastics ( to avoid melting at the point of contact).
The tungsten carbide burrs are mainly driven by hand electric tools or pneumatic tools (also can be used on machine tool).
The rotary speed is 8,000-30,000rpm
Aluminum cut burrs
Aluminum cut burrs are for use on nonferrous and nonmetallic materials.
It is designed for rapid stock removal with minimum chip loading.
Chip Breaker cut burrs
Chip Breaker cut burrs will reduce sliver size and improve operator control at a slightly reduced surface finish.
Coarse Cut burrs
Coarse Cut burrs are recommended for use on soft material such as copper, brass, aluminum, plastics, and rubber, where chip loading is a problem.
Diamond Cut burrs
Diamond Cut burrs are very effective on heat treated and tough alloy steels.
They produce very small chips and good operator control.
Surface finish and tool life is reduced.
Double Cut
Double Cut: Chip size is reduced and tool speed can be slower than normal speeds.
Allows for rapid stock removal and better operator control.
Standard Cut
Standard Cut: A general purpose tool designed for cast iron, copper, brass and other ferrous materials.
It will give good material removal and good work piece finishes.
Cylinder Shape – Metric & Fractional SA
Cylinder Shape – Metric & Fractional SB
Cylinder Shape Radius End – Metric & Fractional SC
Ball Shape – Metric & Fractional SD
Oval Shape – Metric & Fractional SE
Tree Shape with Radius End – Metric & Fractional SF
Tree Shape with Pointed End – Metric & Fractional SG
Flame Shape – Metric & Fractional SF
Cone Shape – 60°- Metric & Fractional SJ
Cone Shape – 90°- Metric & Fractional SK
Taper Shape Radius Metric & Fractional SL
Cone Shape – Metric Metric & Fractional SM
Inverted Cone Shape Metric & Fractional SN
Inverted Cone Shape Metric & Fractional SN
