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Carbide burr, shape L (KEL): ball-nosed cone. • Maximum concentricity • Perfectly coordinated cutting geometry ensures top-quality working results • Maximum lifetime Machine suitability: The HF L 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. The recommended cutting speed for aluminium and other non-ferrous metals such as copper, brass and bronze, as well as plastics, is 700–900 m/min. 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 L provides users with the best RHODIUS tool in its category. RHODIUS TOPline products represent a maximum level of performance and quality. Applications: With this carbide burr in the single cut variant (Z 3), the user benefits both from aggressive stock removal as well as a long tool life and concentricity. The double cut variant with chip breaker (Z 6) also enables highly aggressive stock removal combined with a long tool life and concentricity. A very high surface treatment quality is also achieved. The variant featuring a special aluminium cut with large teeth and polished facets (Z ALU) also achieves excellent stock removal performance. Deposition of the working material in the chip spaces is also kept to a minimum here. With especially long-chipping materials such as soft aluminium, the use of cutting oil, paraffin or grease continues to be recommended in order to keep the negative effects of clogging to an absolute minimum. Dimensions: The carbide burr with shape L (ball-nosed cone) according to DIN 8032 is available with head diameters of 3 mm to 16 mm. The shaft diameter is 3 mm or 6 mm. Notice: Special variants with shaft lengths of up to 400 mm are available for this tungsten carbide burr.

Carbide burr, shape M (SKM): cone. • Maximum concentricity • Perfectly coordinated cutting geometry ensures top-quality working results • Maximum lifetime Machine suitability: The HF M 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 provides users with the best RHODIUS tool in its category. RHODIUS TOPline products represent a maximum level of performance and quality. Applications: With this carbide burr in the single cut variant (Z 3), the user benefits both from aggressive stock removal as well as a long tool life and concentricity. The double cut variant with chip breaker (Z 6) also enables highly aggressive stock removal combined with a long tool life and concentricity. A very high surface treatment quality is also achieved. Dimensions: The carbide burr with shape M (cone) according to DIN 8032 is available with head diameters of 3 mm to 16 mm. The shaft diameter is 3 mm or 6 mm. Notice: Special variants with shaft lengths of up to 400 mm are available for this tungsten carbide burr.

Carbide burr, shape C (WRC): ball-nosed cylinder. • Maximum concentricity • Perfectly coordinated cutting geometry ensures top-quality working results • Maximum lifetime Machine suitability: The HF C 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. The recommended cutting speed for aluminium and other non-ferrous metals such as copper, brass and bronze, as well as plastics, is 700–900 m/min. 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 C provides users with the best RHODIUS tool in its category. RHODIUS TOPline products represent a maximum level of performance and quality. Applications: With this carbide burr in the single cut variant (Z 3), the user benefits both from aggressive stock removal as well as a long tool life and concentricity. The double cut variant with chip breaker (Z 6) also enables highly aggressive stock removal combined with a long tool life and concentricity. A very high surface treatment quality is also achieved. The variant featuring a special aluminium cut with large teeth and polished facets (Z ALU) also achieves excellent stock removal performance. Deposition of the working material in the chip spaces is also kept to a minimum here. With especially long-chipping materials such as soft aluminium, the use of cutting oil, paraffin or grease continues to be recommended in order to keep the negative effects of clogging to an absolute minimum. Dimensions: The carbide burr with shape C (ball-nosed cylinder) according to DIN 8032 is available with head diameters of 3 mm to 16 mm. The shaft diameter is 3 mm or 6 mm. Notice: Special variants with shaft lengths of up to 400 mm are available for this tungsten carbide burr.

Carbide burr, shape A (ZYA): cylinder without end cut. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF A 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 single cut variant without chip breaker offers users a long tool life and concentricity at a low price. Dimensions: The carbide burr with shape A (cylinder without end cut) according to DIN 8032 is available with head diameters of 6 mm to 12.7 mm. The shank diameter is 6 mm.

Carbide burr, shape B (ZYAS): cylinder with end cut. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF B 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 B (cylinder with end cut) according to DIN 8032 is available with head diameters of 6 mm to 12.7 mm. The shank diameter is 6 mm.

Carbide burr, shape C (WRC): ball-nosed cylinder. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF C 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 C (ball-nosed cylinder) according to DIN 8032 is available with head diameters of 6 mm to 12.7 mm. The shank diameter is 6 mm.

Carbide burr, shape D (KUD): ball. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF D 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 D (ball) according to DIN 8032 is available with head diameters of 6 mm to 12.7 mm. The shank diameter is 6 mm.

Carbide burr, shape F (RBF): ball-nosed tree. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF F 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 F (ball-nosed tree) according to DIN 8032 is available with head diameters of 6 mm to 12.7 mm. The shank diameter is 6 mm.

Carbide burr, shape G (SPG): tree. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF G 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 G (tree) according to DIN 8032 is available with head diameters of 8 mm to 12.7 mm. The shank diameter is 6 mm.

Flap wheel with combined abrasive cloth/non-woven material. • High material abrasion with simultaneous surface finish • Good lifetime • For use on straight grinders and flexible shafts Machine suitability: The RHODIUS VSK non-woven flap wheel is designed for use with a straight grinder or on a flexible shaft drive machine with a 6 mm spindle. Material suitability: The product has been designed especially for processing stainless steel (SST, Inox), e.g. 1.4031 (X5CrNi18-10 or 304) and steel (carbon steel – structural steel, St37, S235JR and 1.0037) and cast steels, as well as aluminium and other non-ferrous metals such as copper, brass and bronze, etc. Users will achieve very good results with the RHODIUS VSK on any of the materials listed here, while also benefitting from the product’s long tool life. Structure and production: The clever combination of abrasive cloth and non-woven material produces an outstandingly good surface finish – even on hard-to-reach places. Quality: The RHODIUS VSK non-woven flap wheel gives users the best RHODIUS tool in its category. RHODIUS TOPline products represent a maximum level of performance and quality. Applications: The VSK is the tool of choice for processing tasks involving rustproof or acid-proofed steels, high-strength or high-alloy sheet metal, tool steels or tempered steels. With the combined flap wheels from RHODIUS, users can prepare the workpiece optimally for polishing in just one work step. With this quality tool, users achieve two key results: high material abrasion combined with a quality surface finish. Dimensions: This non-woven flap wheel for straight grinders or for flexible shaft drive machines is available in several variants as well as in the diameters of 40 mm, 50 mm, 60 mm and 80 mm. To ensure an optimum working result and surface finish at all times, the user can select from several grits: A60/coarse, A80/medium, A150/fine and A240/very fine. Industries: Non-woven flap wheels are the perfect tool for the many applications and challenges faced in shipbuilding and toolmaking, in car repair and metalwork shops, and in vehicle, plant or tank construction.