Walter 1-1/16 Inch x 4 Inch Carbide Tipped Annular Cutter

Superior Performance for Tough Fabrication Jobs

Elevate your metalworking capabilities with the Walter 1-1/16" X 4" Carbide Core Cut Annular Cutter, a tool built for welders and fabricators who demand precision and durability. When your project involves drilling large diameter holes in stubborn materials like stainless steel or cast iron, a standard HSS cutter simply won't cut it. This Walter cutter (SKU: 05D901) is equipped with extra-hard carbide inserts that slice through tough metals with ease, ensuring you get clean, accurate holes every time without the frustration of burnt bits or stalled drills.

The 4-inch cutting depth is a standout feature, allowing you to drill through thick steel plates, pipe flanges, and structural columns in a single pass. This eliminates the need for complex setups or flipping heavy workpieces to drill from both sides. The cutter is designed to fit standard magnetic drilling units, making it a versatile addition to your tool arsenal. Its specialized body geometry reduces friction and heat generation, which is crucial when working with stainless steel to prevent work hardening of the material surrounding the hole.

Welders will appreciate the efficiency this cutter brings to the table. The aggressive cutting action requires less feed pressure, reducing operator fatigue during long shifts. Furthermore, the clean finish produced by the carbide tips often eliminates the need for secondary reaming or deburring, speeding up your workflow from drilling to welding. Whether you are in the field or in the workshop, the Walter Carbide Core Cut delivers the reliability and speed professional fabricators trust.

Why Choose Walter Carbide Core Cut?

• Drill Harder Materials: specifically engineered for stainless steel and abrasive alloys.
• Clean Cuts: Produces burr-free holes that are ready for welding or bolting.
• Efficiency: Faster penetration rates mean you finish the job sooner.
• Durability: Resists heat and wear, providing a lower cost per hole over the life of the tool.