05F122 - Walter 05F122 Carbide Core Cut Annular Cutter 22mm x 30mm

High-Performance Drilling with Walter Carbide Core Cut

The Walter 05F122 Carbide Core Cut Annular Cutter is an elite industrial tool engineered to redefine efficiency in metal drilling operations. Designed with a 22mm diameter and a 30mm depth of cut, this cutter utilizes premium tungsten carbide tips to penetrate the hardest materials found in modern fabrication and maintenance environments. Unlike standard High-Speed Steel (HSS) bits, the Carbide Core Cut series is specifically formulated to handle the thermal stress and abrasive nature of stainless steel, cast iron, and exotic alloys without losing its cutting edge.

At the heart of this tool's performance is its advanced geometry. Walter has developed a unique flute and body design that optimizes chip evacuation, preventing clogging and heat buildup even during deep drilling tasks. This design allows operators to run their magnetic drilling units at higher speeds and feed rates, significantly reducing cycle times on large projects. The carbide inserts are brazed with precision to ensure maximum structural integrity, preventing tip failure when encountering uneven surfaces or intermittent cuts.

For industrial MRO professionals, the longevity of tooling is a critical factor in cost management. The Walter 05F122 offers extended service life, maintaining its sharpness far longer than conventional alternatives. This durability translates to fewer tool changes, less downtime, and a lower cost per hole. Whether you are drilling structural steel beams, repairing heavy machinery, or fabricating pressure vessels, this annular cutter delivers clean, burr-free holes with minimal effort, ensuring that your assembly processes proceed smoothly and efficiently.

Key Technical Benefits:

• Hard Material Mastery: effortlessly drills through materials that typically work-harden or destroy HSS bits.
• Precision Engineering: Produces accurate, round holes that often require no secondary reaming or deburring.
• Energy Efficiency: The cutting action requires less horsepower, reducing strain on the magnetic drill motor.