MINI TUNGSTEN CARB. CUTTER 3.2MM CYL. 3.2MM SHANK

Tip Diameter: Ø3.2mm
Shank Diameter: Ø3.2mm
Shape: Cylinder

Maximize your material removal efficiency with the 3.2mm Mini Tungsten Carbide Cylinder Cutter, a high-performance rotary bit engineered for durability and precision. The classic cylinder shape provides a flat cutting surface and a straight profile, making it the ideal choice for smoothing flat areas, squaring off corners, and making straight side-cuts in a wide variety of hard materials.

Featuring a 3.2mm tip diameter that perfectly matches its 3.2mm shank, this cutter offers a streamlined, 'true-to-size' profile that ensures maximum visibility and control. The universal shank size makes it compatible with most standard rotary tools and high-speed grinders, providing a stable, vibration-free performance that is essential for intricate engraving, carving, and deburring tasks.

Crafted from premium-grade tungsten carbide, this cutter is significantly harder and more heat-resistant than standard high-speed steel (HSS). It maintains its razor-sharp cutting edge even when working on demanding materials such as hardened steel, cast iron, ceramics, and hardwoods. The aggressive flute design is optimized to eject chips quickly, preventing clogging and ensuring a clean, smooth finish on every pass.

This cylindrical carbide burr is an indispensable tool for metalworkers, woodcarvers, and DIY enthusiasts who demand longevity and professional results. Whether you are leveling a weld, thinning a stone setting, or detailing a custom wood carving, this cutter delivers the raw power and surgical accuracy needed to transform your workpiece with ease.

Application:

• Max RPM: 35 000 RPM
• Aluminium: 20 000 - 25 000RPM
• Brass: 20 000 - 25 000RPM
• Ceramic: 20 000 - 25 000RPM
• Copper: 20 000 - 25 000RPM
• Glass: 25 000 - 30 000RPM
• Hardwood: 30 000RPM
• Softwood: 35 000RPM
• Plastic: 15 000RPM
• Shell: 10 000 - 15 000RPM
• Steel: 10 000 - 15 000RPM
• Stone: 10 000 - 15 000RPM
• Contractor
• Fabrication
• Woodworking
• DIY