05F241 - Walter 41mm Carbide Tipped Annular Cutter 55mm Depth

Industrial-Grade Drilling Precision

The Walter 41mm x 55mm Carbide Core Cut Annular Cutter (SKU: 05F241) represents the pinnacle of hole-making technology for heavy industrial applications. Designed to overcome the limitations of standard High-Speed Steel (HSS) cutters, this tool utilizes premium carbide inserts to deliver exceptional hardness and heat resistance. In industrial environments where downtime equates to lost revenue, the longevity of carbide tooling is a critical asset. This cutter is specifically engineered to tackle the toughest materials found in modern manufacturing and maintenance, including tensile stainless steel, abrasive cast iron, and complex composite materials.

Advanced Geometry for Hard Metals

Drilling large diameter holes in hard alloys often leads to rapid tool wear and work hardening of the material. The Walter Carbide Core Cut addresses this with a specialized flute and body design that promotes aggressive cutting action while efficiently evacuating chips. This reduces heat buildup—the primary enemy of cutting tools—allowing for higher feed rates and faster rotational speeds. The result is a clean, burr-free hole produced in a fraction of the time required by twist drills or inferior annular cutters. Whether utilized in a fabrication shop or on-site for structural repairs, this cutter maintains its edge longer, ensuring consistent tolerance and finish quality over hundreds of cycles.

Versatility in Application

While optimized for hard metals, the 05F241 is remarkably versatile. It performs exceptionally well on aluminum, copper, brass, and standard carbon steel. Its robust construction allows it to handle the vibration and stress of drilling on uneven surfaces or drilling through stacked plates. For MRO professionals and machinists seeking to maximize the efficiency of their magnetic drilling units, the Walter Carbide Core Cut offers a return on investment through sheer durability and speed. It transforms difficult drilling operations into routine tasks, minimizing operator fatigue and machine wear.