Walter ICECUT 1-3/4" x 1" Annular Cutter AICrN Coated

High-Performance Mag Drill Bit for Tough Jobs

For professional welders and fabricators, time spent changing dull drill bits is time lost. The Walter ICECUT 1-3/4" x 1" Annular Cutter (05B112) is built to keep you drilling longer and faster. Unlike standard high-speed steel bits that burn up quickly on structural steel or stainless, the ICECUT features a specialized AICrN coating. This high-tech layer acts as a heat shield, allowing the bit to run cooler and maintain its edge even under intense drilling pressure. If you are working on a job site where messy coolants are a hassle or not allowed, this is the cutter you want in your mag drill. It is designed to perform exceptionally well even with minimal lubrication, keeping your workspace clean and your workflow uninterrupted.

The design of the 05B112 focuses on speed and ease of use. The 1-3/4 inch diameter is a substantial hole size, and the ICECUT handles it with ease thanks to its aggressive tooth geometry and large flutes. These features work together to eject metal chips quickly, preventing the bit from binding or overheating in the hole. The universal shank is a major convenience for welders who use different brands of magnetic drills; it slides easily into most standard arbors without the need for special adapters. This means you can grab the ICECUT and get straight to work, whether you are drilling beam flanges, plate steel, or stainless tanks.

Versatility is key in the welding shop. While some cutters are only good for mild steel, the Walter ICECUT is a true multi-material performer. It drills clean, burr-free holes in aluminum, stainless steel, and structural steel alike. This reduces the need for secondary deburring operations, saving you even more time. The 1-inch depth of cut is perfect for standard plate and structural thicknesses found in most fabrication projects. When you need a hole cutter that can take a beating and keep cutting true, the Walter ICECUT is the professional's choice for reliability and performance.