PFERD HM burr KUD 1009/6 TOUGH 21000055

Ball-shaped milling cutter according to DIN 8032. - Innovative special teeth with extreme impact resistanceMinimization of tooth breakage, chipping and milling cutter breakage through very robust, high-performance toothing variantsCan also be used in the low speed rangeTough toothing - hard metal milling cutters with the TOUGH toothing are particularly aggressive and are characterized by high material removalTough-S toothing - hard metal milling cutters with the TOUGH-S toothing are characterized by quiet milling behavior and high material removal - Impact use, due to the use of shaft extensionsRough use, due to the tool tiltingInserts with a high wrap angleMilling out narrow contoursApplication situations in which high speeds are not available - Optimum speed and performance of the tool drive (compressed air, electric, flexible shaft) are prerequisites for the economical use of hard metal milling cutters.Use the highest possible speed within the recommended Speed/cutting speed ranges.In exceptional cases, speeds of less than 3,000 min-1 can be used. This is useful for countersinking work with 360° wrapping of the milling cutter and in certain stationary applications.For low material removal (deburring, chamfering, light surface processing), the speed can be increased by up to 100%.Only use clamping systems/drives with no play. Knocking and rattling of the tools lead to premature wear.Do not choose a clamping length of the milling cutter that is too small. Rule: Minimum clamping length 2/3 of the shaft length.For the economical use of milling cutters with a shaft diameter of 6 mm or more, a drive power of 300–500 watts is required in the upper speed/cutting speed range. When using milling cutters with coarse teeth (e.g. ALU teeth), even higher drive powers of 500 watts or more are advantageous.Milling cutters are usually used in counter-rotation or in an oscillating manner. Move the tool quickly over the workpiece in synchronous motion to create fine surfaces.