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Carbide burr, shape M (SKM): cone. • High concentricity • Easy to guide with less aggressive stock removal • Robust tooth design ensures maximum tool life Machine suitability: The HF M PRO tungsten carbide burr can be used with straight grinders, flexible shaft drive machines and air grinders. The recommended cutting speed is 450–600 m/min for unalloyed steels/cast steels/cast iron, and 250–350 m/min for alloyed steels/tool steels/rust- and acid-proofed steels. Structure and production: The head is attached using a specialised brazing technique, while the teeth are cut using high-precision diamond discs on advanced CNC machines. This technique ensures an optimum and high-performance cutting geometry. Quality: The HF M PRO carbide burr gives users a tool that easily meets the demanding requirements for quality in manufacturing and the skilled trades. To help make work even more cost-effective, RHODIUS tools from the premium TOP line are recommended. Applications: The HF M PRO tungsten carbide burr offers an impressive level of concentricity. The tool can be guided easily even for less aggressive stock removal work. High-precision milling is easy for users to achieve. Thanks to its very sturdy tooth design, the HF M PRO also offers its users a long tool life. Dimensions: The carbide burr with shape M (cone) according to DIN 8032 is available with head diameters of 9.6 mm and 12.7 mm. The shank diameter is 3 mm. Notice: Special variants with shaft lengths of up to 400 mm are available for this tungsten carbide burr.

Carbide burr, shape E (TRE): oval. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF H Z7 tungsten carbide burr can be used with straight grinders, flexible shaft drive machines and air grinders. The recommended cutting speed is 450–600 m/min for unalloyed steels/cast steels/cast iron, and 250–350 m/min for alloyed steels/tool steels/rust- and acid-proofed steels. Structure and production: The head is attached using a specialised brazing technique, while the teeth are cut using high-precision diamond discs on advanced CNC machines. This technique ensures an optimum and high-performance cutting geometry. Applications: This carbide burr as a double cut variant with chip breaker offers users a long tool life as well as high concentricity at a low price. Dimensions: The carbide burr with shape H (flame) according to DIN 8032 is available with a head diameter of 12.7 mm. The shank diameter is 6 mm.