05H407 - Walter 1-7/16 Inch x 2 Inch Carbide Core Cut Annular Cutter

High-Performance Drilling for Tough Alloys

The Walter 05H407 Carbide Core Cut Annular Cutter represents the pinnacle of drilling technology for heavy industrial applications. Engineered with a diameter of 1-7/16 inches and a cutting depth of 2 inches, this tool is specifically designed to overcome the limitations of traditional High-Speed Steel (HSS) cutters. In industrial environments where downtime equates to lost revenue, the longevity and reliability of your tooling are paramount. This cutter features premium carbide inserts that maintain their hardness even under the extreme heat generated when drilling through abrasive materials like stainless steel, cast iron, and complex alloys.

One of the standout features of the Walter Carbide Core Cut series is its advanced flute and body design. This geometry is optimized for rapid chip evacuation, which is critical when drilling deep holes in dense metals. Efficient chip removal prevents heat buildup and binding, ensuring a smooth, consistent cut from the first hole to the last. The universal shank design adds a layer of versatility, allowing this cutter to be compatible with a wide range of magnetic drilling units without the need for specialized adapters. This makes it an invaluable asset for maintenance, repair, and operations (MRO) teams that may utilize various equipment brands across different job sites.

Furthermore, the aggressive cutting action of the carbide tips allows for significantly higher speed and feed rates. This efficiency translates directly to productivity gains, enabling operators to complete drilling tasks in a fraction of the time required by standard tooling. Whether you are working on flat plates, pipes, or curved surfaces, the Walter 05H407 delivers precision and durability. It is particularly effective for drilling into uneven surfaces where standard bits might wander or break. By investing in Walter's carbide technology, you are ensuring cleaner cuts, fewer tool changes, and a safer, more efficient workflow for your heavy-duty fabrication projects.