01V023 - Walter SG-44 Double Cut Tungsten Carbide Burr - Pointed Tree Shape

Precision Material Removal with Walter Carbide Burrs

The Walter 01V023 SG-44 Carbide Burr represents the pinnacle of abrasive technology for industrial maintenance and fabrication. Meticulously crafted from the highest grade of tungsten carbide, this rotary file is designed to withstand the rigorous demands of heavy-duty metalworking. In MRO environments where efficiency and tool longevity are paramount, Walter's commitment to quality shines through. The burr features a precise "Double Cut" geometry, often referred to as an alternate diamond pattern. This configuration creates smaller chips compared to single-cut alternatives, allowing for faster stock removal rates while simultaneously leaving a smoother surface finish. This dual-action capability significantly reduces the need for secondary finishing steps, streamlining your workflow.

One of the critical challenges with rotary burrs is vibration, which can lead to premature tool failure and operator fatigue. Walter addresses this with impeccable manufacturing standards that ensure perfect concentricity. The balance of the 01V023 is exceptional, allowing the burr to run true at high RPMs without the chatter that plagues lesser quality bits. This stability not only protects the bearings of your pneumatic or electric die grinders but also provides the operator with superior control, essential for precision work. The SG-44 "Pointed Tree" shape is particularly versatile, offering a broad contact area for surface work while the pointed tip allows for detailed access into angled corners, contours, and tight radii.

Durability is further enhanced by advanced brazing techniques that secure the carbide head to the steel shank, preventing separation even under high thermal stress. Whether you are enlarging holes, deburring machined parts, or smoothing out weld seams on stainless steel and hard alloys, this burr delivers consistent performance. It is an indispensable tool for tool and die shops, foundries, and general fabrication facilities looking to optimize their material removal processes.