11263 Micro Grain Solid Carbide Taper Regular Length Burr with Radius End, Single Cut, Shape L SL-2, 1/4" Shank Diameter, 5/16" Head Diameter, 7/8" Cutting Length (Pack of 1)

Cobra Carbide micro grain solid carbide taper shape regular length burr with radius end and 14 degree angle included. Solid carbide tools offer long tool life and faster cutting speeds than other substrates, but are more brittle and must be used with rigid toolholding systems. Round shanks allow use with a wide variety of toolholding systems. Single-cut style has rows of teeth cut in a single direction for slower material removal and smoother finishes. High stock removal and excellent surface finish on relatively hard materials. Right hand spiral flute. General purpose use on cast iron, steel, copper and brass alloys. Designed for rapid stock removal and excellent surface finishes. 1/4-inches diameter hardened steel shank. 2-inches overall length.

• Key Feature: Designed specifically for precision, the Cobra Carbide 11263 Micro Grain Solid Carbide Taper Regular Length Burr with Radius End, Single Cut, Shape L SL-2, 1/4" Shank Diameter, 5/16" Head Diameter, 7/8" Cutting Length (Pack of 1) delivers enhanced cutting performance with micro-grain carbide material that ensures durability and smooth finishes in all machining tasks.
• Performance Boost: Experience consistent reliability with the Cobra Carbide 11263 , engineered to withstand high temperatures and maintain sharpness for extended use during intensive applications.
• Precision Engineering: The Cobra Carbide 11263 boasts an innovative design perfect for demanding tasks, making it a go-to tool for professionals seeking optimal accuracy and efficiency.
• Versatility Defined: With the Cobra Carbide 11263 , take advantage of a burr that excels across a variety of materials including metals, composites, and woods, making it ideal for diverse projects.
• Built to Last: Enjoy prolonged usage and top-notch results with the Cobra Carbide 11263 , constructed to reduce wear and tear, ensuring peak performance over time.