01V066 - Walter SF-6 Double Cut Tungsten Carbide Burr

Precision Engineered Material Removal

The Walter 01V066 Carbide Burr, featuring the industry-standard SF-6 shape and Double Cut (DC) geometry, represents the pinnacle of abrasive technology for precision manufacturing and maintenance. Meticulously crafted from the finest quality tungsten carbide, this rotary file is engineered to withstand the rigorous thermal and mechanical demands of industrial metalworking. A defining characteristic of the Walter carbide burr line is the exacting manufacturing process that ensures flawless concentricity. This precise balance is critical in high-RPM applications, as it significantly mitigates chatter and vibration, thereby extending the service life of both the consumable tool and the pneumatic or electric die grinder utilized.

The SF-6 configuration, technically described as a Tree Shape with Radius End, provides exceptional versatility, allowing operators to access curved surfaces, contours, and tight radii that are inaccessible to flat grinding wheels. The Double Cut design features flutes ground in opposing directions, creating a distinct diamond pattern. This geometry effectively fractures chips into granular swarf rather than producing long, hazardous slivers. This chip-breaking capability not only enhances operator safety but also facilitates a significantly faster material removal rate and a superior surface finish compared to standard single-cut alternatives.

Designed for broad compatibility with ferrous metals, the 01V066 excels particularly in applications involving stainless steel and high-tensile alloys where heat generation is a concern. The precise cutting edges maintain their sharpness over prolonged operational cycles, reducing the frequency of tool changes and optimizing overall workflow efficiency. Whether deployed for enlarging holes, leveling weld seams, or performing intricate deburring tasks, this carbide burr delivers consistent, high-performance results. Its robust shank construction further ensures stability under load, preventing deflection during heavy-duty grinding operations.