Tork Craft Mini Tungsten Carbide Cutter 3.2mm Cylinder 3.2mm Shank

Tork Craft Mini Tungsten Carbide Cutter 3.2mm Cylinder 3.2mm Shank At a Glance: 3.2mm cylinder tungsten carbide cutter with a 3.2mm shank for mini rotary tools The Tork Craft Mini Tungsten Carbide Cutter 3.2mm Cylinder is a tough, high-performance rotary tool accessory designed for fast, controlled material removal, slot cutting, milling, engraving and shaping. The cylinder cutting profile is perfect for straight-sided grooves, small slots, edge shaping, surface clean-up and precision stock removal in tight areas. With a tungsten carbide cutting tip and steel body, this cutter offers excellent wear resistance and dependable cutting action on suitable materials including wood, plastic, steel and non-ferrous metals. It is designed for compatible mini rotary tools that accept a 3.2mm shank, making it a practical accessory for DIY users, contractors, fabricators, woodworkers and workshop users who need a compact cutter with serious bite. Tungsten carbide cylinder cutter for strong, fast and accurate rotary tool work This Tork Craft mini tungsten carbide cutter forms part of the standard yellow range and is made for high-speed rotary tool applications. The 3.2mm cylinder profile is ideal for controlled straight cuts, small grooves, milling, shaping and engraving. Tungsten carbide provides a high material removal rate and superior wear resistance, making this cutter a great choice for more demanding detail work where ordinary cutters may wear faster. Product highlights 3.2mm cylinder cutter Ideal for straight grooves, slot cutting, edge shaping, milling and controlled material removal. 3.2mm shank Suitable for compatible mini rotary tools fitted with a 3.2mm collet. Tungsten carbide tip Provides excellent wear resistance and strong cutting performance on suitable materials. High material removal rate Designed to remove material efficiently while still allowing good control. Multi-functional cutter bit Useful for carving, engraving, slot cutting, milling and shaping work.