05D315 - Walter 15/16 Inch x 2 Inch Carbide Tipped Annular Cutter

High-Performance Drilling for Tough Materials

The Walter 15/16" x 2" Carbide Core Cut Annular Cutter (SKU: 05D315) is an industrial-grade tool engineered to tackle the most demanding drilling applications. When standard High-Speed Steel (HSS) cutters fail to penetrate or maintain their edge against abrasive and hard materials, the Carbide Core Cut series steps in as the superior solution. Specifically designed for use with magnetic drilling units, this cutter features high-grade tungsten carbide tips that effortlessly slice through stainless steel, cast iron, and other tough alloys.

Precision manufacturing ensures that the 05D315 delivers accurate, burr-free holes with a diameter of 15/16 inches and a cutting depth of up to 2 inches. The specialized body design incorporates an advanced flute geometry that promotes rapid chip evacuation. This is critical when drilling deep holes, as it prevents heat buildup and binding, ensuring the longevity of the tool and the safety of the operator. Whether you are working on structural steel, rail, or heavy machinery repair, this cutter provides the reliability required for professional industrial environments.

Engineered for Efficiency

Walter Surface Technologies has developed this cutter to handle higher speeds and feed rates than conventional alternatives. The carbide inserts are brazed securely to the body, allowing the tool to withstand the mechanical stress of heavy-duty drilling. This makes it an ideal choice for fabrication shops and maintenance departments that frequently encounter uneven surfaces or hard-to-drill composites. By reducing the time per hole and extending the interval between tool replacements, the Walter Carbide Core Cut significantly lowers the total cost of operation.

Key Applications

• Drilling large diameter holes in stainless steel and acid-resistant steel.
• Heavy-duty fabrication involving cast iron and hard alloys.
• On-site construction and repair using magnetic drills.
• Creating precise holes in pipes, plates, and structural beams.