05F136 - Walter 36mm Carbide Tipped Annular Cutter - 30mm Depth

High-Performance Drilling for Hardened Alloys

The Walter 36mm x 30mm Carbide Core Cut annular cutter (SKU: 05F136) represents the pinnacle of drilling technology for industrial fabrication. Designed to tackle the most challenging materials in the MRO and manufacturing sectors, this cutter utilizes premium carbide inserts that significantly outlast and outperform traditional High-Speed Steel (HSS) alternatives. When faced with abrasive materials such as cast iron, stainless steel, or complex composite alloys, standard tooling often fails due to excessive heat generation and rapid dulling. The Walter Carbide Core Cut is engineered to overcome these specific hurdles, delivering consistent, precise holes with minimal downtime for tool changes.

One of the standout features of this 36mm cutter is its advanced body and flute design. The geometry is optimized to clear chips rapidly from the cutting zone, which is critical when drilling deep or large-diameter holes. Efficient chip evacuation prevents clogging and reduces the thermal load on both the cutter and the workpiece. This allows operators to run their magnetic drilling units at higher speeds and feed rates, translating directly to increased productivity on the shop floor. Whether you are processing structural steel components or maintaining heavy industrial machinery, the efficiency gains provided by this carbide technology are measurable and significant.

Furthermore, the robust construction of the 05F136 ensures stability even when drilling into uneven or curved surfaces, a common scenario in pipe fabrication and structural repair. The carbide tips maintain their cutting edge longer, ensuring that the 100th hole is as precise as the first. For industrial procurement specialists seeking reliable, high-output tooling that reduces the total cost per hole, the Walter Carbide Core Cut series is the definitive choice. It is not just a drill bit; it is a solution for processing the industry's toughest metals with speed and accuracy.