FlexOvit Carbide Bur
Flexovit® Carbide Bur – Built for Precision and Durability
The Flexovit® Carbide Bur is designed to meet the high demands of industrial cutting, shaping, and finishing. Made from premium tungsten carbide, these burs deliver exceptional hardness and wear resistance, allowing operators to achieve faster cutting speeds and longer tool life compared to conventional tools. They are an essential choice for metalworking professionals who value accuracy, consistency, and efficiency.
Available in a wide range of shapes and sizes—including cylindrical, ball, oval, taper, and tree styles—Flexovit carbide burs are versatile enough to tackle a variety of applications. Whether deburring rough edges, enlarging holes, smoothing weld seams, or refining intricate contours, these tools provide the precision required in modern manufacturing and repair work.
Flexovit offers both single-cut and double-cut geometries. Single-cut burs deliver rapid material removal and excellent chip clearance on softer materials, while double-cut burs produce smoother finishes and reduce chatter when working on harder metals. This flexibility allows operators to select the right bur for the task at hand, optimizing both productivity and surface quality.
Engineered for use with die grinders, rotary tools, and high-speed handpieces, Flexovit carbide burs perform exceptionally well on materials such as stainless steel, cast iron, aluminum, non-ferrous alloys, composites, and hardened steels. Their ability to maintain sharp cutting edges under demanding conditions makes them indispensable in industries such as automotive, aerospace, shipbuilding, maintenance, and general fabrication.
By reducing downtime, lowering replacement costs, and consistently delivering high-quality results, Flexovit carbide burs provide a strong return on investment. Backed by the reputation of Flexovit’s expertise in abrasive solutions and cutting tools, these burs are trusted by professionals worldwide to deliver unmatched reliability, efficiency, and performance.
