05D716 - Walter 2-Inch Carbide Tipped Annular Cutter 3-Inch Depth

Precision Drilling for Hardened Materials

The Walter 05D716 Carbide Core Cut is a high-performance annular cutter engineered to tackle the most demanding drilling applications in the industrial sector. Featuring a 2-inch diameter and a substantial 3-inch depth of cut, this tool is specifically designed to penetrate materials that typically challenge standard High-Speed Steel (HSS) cutters. The integration of premium carbide inserts ensures exceptional hardness and thermal resistance, making it the ideal choice for machining stainless steel, cast iron, tough alloys, and abrasive composite materials.

Technically, the Carbide Core Cut series distinguishes itself through its advanced body geometry. The specialized flute design promotes rapid chip evacuation, which is critical when drilling deep holes to prevent heat buildup and binding. This thermal management allows operators to maintain higher feed rates and rotational speeds, significantly improving cycle times in production environments. Furthermore, the rigidity of the carbide tips minimizes vibration, ensuring hole accuracy and superior surface finish even when entering or exiting uneven or curved surfaces.

Durability is a cornerstone of the 05D716's design. In abrasive environments where standard bits dull quickly, Walter's carbide technology maintains its cutting edge for a prolonged service life. This reduces machine downtime associated with tool changes and lowers the cost per hole over the lifespan of the cutter. Whether utilized in a fabrication shop or on a remote job site, this annular cutter delivers consistent, reliable performance for heavy-duty material removal tasks.

Technical Specifications

The cutter utilizes a standard shank configuration suitable for a wide range of magnetic drilling units. Its robust construction allows it to withstand the high torque requirements of large-diameter drilling. By focusing the cutting action on the periphery of the hole, it requires less power than twist drills of equivalent size, preserving machine motor life while delivering cleaner, burr-free holes.