05F130 - Walter 05-F 130 Carbide Core Cut Annular Cutter 30mm x 30mm

Precision Drilling for Hardened Materials

The Walter 30mm x 30mm Carbide Core Cut Annular Cutter (SKU: 05F130) represents the pinnacle of drilling technology for industrial applications. Engineered to tackle the toughest materials found in modern fabrication, this cutter utilizes high-grade tungsten carbide tips that significantly outperform standard High-Speed Steel (HSS) alternatives. When faced with abrasive materials such as stainless steel, cast iron, or complex alloys, the Carbide Core Cut series delivers consistent, precise results without the rapid wear associated with lesser tooling.

One of the standout features of this 30mm cutter is its sophisticated flute and body design. Walter has optimized the geometry to maximize chip evacuation, a critical factor when drilling deep or large-diameter holes. Efficient chip removal prevents heat buildup—the primary enemy of tool life—ensuring that the cutter remains cool and sharp even during prolonged use. This design also allows for higher feed rates, enabling operators to complete holes faster while exerting less physical force on the drilling unit.

Versatility is key in industrial environments, and the 05F130 excels across a broad range of substrates. Whether you are drilling on flat plate, structural beams, or uneven surfaces, the aggressive cutting action bites immediately, reducing the tendency to wander. This makes it an excellent choice for on-site repairs and construction where conditions are rarely perfect. The cutter is compatible with standard magnetic drilling units, making it a seamless addition to your existing tool arsenal.

Investing in Walter Carbide Core Cut technology means investing in productivity. The extended lifespan of the carbide tips translates to fewer tool changes, reduced downtime, and a lower cost per hole over the life of the product. For professionals demanding accuracy, speed, and durability in their metalworking operations, this 30mm annular cutter is the definitive solution.