Klingelnberg Ag

Carsten Hünecke

Hartmuth Müller

Rolf Schalaster

Alexander Landvogt

The present disclosure relates to a process for machining a gear workpiece () comprising a plurality of tooth spaces (), each of which is defined by two tooth flanks (); in said process, a gear tooth-forming tool () is used in order to provide at least one subset of all the tooth flanks () with a non-periodically distributed modification of the flank geometry.

Process for machining a gear workpiece, and corresponding pair of gears

A face milling cutter method for manufacturing various hypocycloidal bevel gears that is characterized in that the following steps are performed to manufacture a first bevel gear: equipping a universal face milling cutter in a first configuration with a first number of cutter groups that corresponds to a first number of passes. A first bevel gear is then produced in the continuous partial method using the universal face milling cutter in the first configuration. The following steps are performed to manufacture a second bevel gear: equipping the same universal face milling cutter in a second configuration with a second number of cutter groups that corresponds to a second number of passes. The second bevel gear is then produced in the continuous partial method using the universal face milling cutter in the second configuration.

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Hessisch Oldendorf, Germany

Carsten Hünecke