Walter 7/8-Inch x 2-Inch Carbide Core Cut Annular Cutter with Universal Shank

Drill Tough Metals Faster and Cleaner

As a welder or fabricator, you know that hole preparation is often the bottleneck in a project. If you are working with stainless steel, hard alloys, or thick structural plate, standard bits just don't cut it—literally. The Walter 7/8" x 2" Carbide Core Cut Annular Cutter is built to solve exactly that problem. This isn't your average drill bit; it is a carbide-tipped powerhouse designed to chew through the toughest metals in the shop without overheating or dulling prematurely. Whether you are drilling bolt holes in a flange or prepping a chassis, this cutter delivers clean, burr-free holes that require little to no secondary finishing.

One of the biggest frustrations on the job site is a bit that wanders or chatters, especially when you are trying to drill into a curved pipe or an uneven surface. The Walter 05H314 is engineered to bite instantly and track true, giving you precision accuracy even in less-than-ideal setups. The 2-inch depth of cut is perfect for drilling through heavy plate or stacked materials, and the universal shank means it will likely fit the mag drill you already have in your truck. Because it removes material as a solid slug rather than turning the whole hole into chips, it requires less horsepower from your drill and less physical force from you.

Stop burning through cheap HSS bits on stainless steel jobs. The heat resistance of the carbide tips on this Walter cutter means it stays sharp longer, keeping you working instead of swapping out tools. It is the reliable choice for when you need to punch a 7/8" hole through 2 inches of steel and move on to the next weld.

Key Benefits for Fabricators

• Cuts Hard Metals: Eats through stainless and cast iron where HSS fails.
• Clean Finish: Produces precise, burr-free holes, saving you grinding time.
• Less Effort: aggressive cutting action requires less feed pressure.
• Versatile: Handles curved surfaces and uneven starts with ease.