Carbide burrs ball shape shape D are available in single cut and double-cut.
Sharky carbide burrs ball shapes are available
SHARKY TOOLS made carbide burrs also named as rotary carbide files in some countries. With precision teeth design of burs, every pcs of Sharky burs is made of high-quality carbide material and machined by 5-axis CNC assuring exact contours and dimensions as well as perfect concentricity.
Sharky Tungsten Burs are used around the world for the toughest metal-cutting jobs, for cutting abrasive materials and metals too hard or tough for high-speed steel tools, such as below,
1. Shipbuilding
2. Aircraft Repairing
3. Space Industry
4. Foundry & Casting
5. Automotives industry
6. Welding and polishing
7. Mold & Die workshop
8. Woodworkers
9. hobbies and many more…
Why use Sharky carbide burrs?
SHARKY TOOLS Carbide burrs are an advanced tool in the modern industry. Carbide burrs can last for a long time with high efficiency and without breaking and chipping. Certainly, you must choose the right size and cuts carbide burrs for certain materials, the right strength when working is also important.
Where the carbide burrs used?
SHARKY carbide burrs can be used on most hard materials, such as steel, iron, stainless steel, and can also be used on soft materials, such as aluminum, stones, ceramics, gold, silver, platinum, and etc. Carbide burr is an ideal tool for deburring, carving, fast removal materials, extremely widely used on mold industry, shipbuilding, machine parts bevel edges, inverted round and grooving machining, cleaning casting chips, forging, welding, burrs and welding joints, pipeline internal finishing, metal and nonmetal parts industrial carving and etc.
How to use carbide burrs safly and efficiency?
• Use lubricant or wax to prevent flute loading in soft materials.
• Using the recommended speed prevents premature wear and/or insufficient material removal rates.
• Maintain grinder concentricity to optimize material removal rates and extend bur life.
• Reduce flutes and increase speed in softer materials. Increase flutes and reduce speed in hardened materials.
• Crosscut styles (6) generally improve stock removal, control, and reduce chip size.
