05F404 - Walter ICECUT 1-1/4 Inch x 2 Inch Annular Cutter with Universal Shank

High-Performance Drilling with Walter ICECUT Technology

The Walter 05F404 ICECUT Annular Cutter represents the pinnacle of hole-making technology for industrial fabrication. Designed with a precise 1-1/4 inch diameter and a substantial 2-inch depth of cut, this tool is engineered to tackle the toughest materials found in MRO and construction environments. The defining feature of the ICECUT series is its exclusive Aluminum Chromium Nitride (AICrN) coating. Unlike traditional Titanium Nitride (TiN) coatings, AICrN is formulated to withstand extreme thermal stress, maintaining hardness and lubricity at temperatures up to 200 degrees Celsius higher than conventional alternatives. This makes the 05F404 exceptionally resistant to the heat generated during heavy-duty drilling, preventing premature failure and ensuring consistent performance.

Structurally, the cutter is manufactured from premium high-speed steel (HSS) and features a fully ground body. The flute design is critical to its efficiency; Walter has engineered extra-large flutes that facilitate rapid chip evacuation. In deep hole drilling—up to the 2-inch limit of this cutter—efficient chip removal is vital to prevent binding and heat buildup. The updated tooth geometry further enhances cutting speed by reducing vibration and cutting resistance, allowing the tool to shear through material with less torque required from the magnetic drill unit.

Versatility is a key component of the 05F404's design. It utilizes a Universal Shank, making it compatible with a wide array of magnetic drilling machines without the need for specialized adapters. Whether you are drilling into structural steel beams, stainless steel plates, or aluminum components, this annular cutter delivers clean, burr-free holes with tight tolerances. It is an indispensable tool for metalworkers who demand reliability and speed, particularly in applications where liquid lubricants cannot be heavily applied, thanks to the self-lubricating properties of the advanced coating.