05F102 - Walter Icecut 1-1/8" x 1" Annular Cutter with Universal Shank

Walter Icecut Annular Cutter: Precision Drilling for Tough Materials

The Walter Icecut 05F102 is a premium 1-1/8" annular cutter designed to redefine performance standards in industrial drilling. At the core of this tool's superiority is its advanced AICrN (Aluminum Chromium Nitride) coating. Unlike conventional Titanium (TiN) or Titanium-Aluminum (TiAlN) coatings found on standard cutters, the Icecut series utilizes a sophisticated blend of chromium and aluminum. This unique chemical composition allows the cutter to withstand operating temperatures at least 200°C (392°F) higher than traditional alternatives. This thermal resilience is critical when drilling through tough materials like stainless steel or when external lubrication is impractical or prohibited. By generating less heat and resisting thermal shock, the Icecut ensures a longer lifespan and consistent cutting performance even under high stress.

Beyond its coating, the physical geometry of the Walter Icecut is engineered for efficiency. The cutter features fully ground, extra-large flutes that facilitate rapid chip evacuation. In deep hole drilling, chip buildup is a primary cause of heat generation and tool failure; the Icecut's design mitigates this risk, ensuring a smooth, clean cut every time. The tooth geometry is precision-ground to bite into the material aggressively yet smoothly, reducing the load on your magnetic drill and minimizing vibration. This results in burr-free holes that often require no secondary finishing operations.

The 05F102 model offers a 1-inch depth of cut, making it versatile for a wide range of structural steel applications, plate drilling, and fabrication tasks. Its universal shank design is another key advantage, providing compatibility with a broad spectrum of magnetic drilling units and stationary machines. Whether you are working with aluminum, mild steel, or hard stainless alloys, the Walter Icecut delivers precision and durability that professionals demand. It represents a significant leap forward in hole-making technology, combining material science with advanced engineering to maximize productivity on the shop floor or job site.