This feature is available for measurement of all types of gears. This in-machine checking of gears is a unique feature and can be extremely useful for quick check measurement of large gears before removing them/unloading them from the machine. Using the data gathered by the probe, the Gear Pro involute software from Zeiss will prepare the flank charts for the gear. In addition, it will measure the spiral bevel gear using the onboard standard measurement probe and a point cloud generated by the DMG gearMILL software. The Process Power skiving is a continuous machining process where the tool meshes with the gear being made similar to the way a pinion and gear mesh in a gear train. The same machine will also demonstrate the machining of a spiral bevel gear using the flankmilling process. Power skiving is being seen as a viable alternative to broaching to manufacture internal gears (and external gears) since it is faster and more flexible than the other methods. The demonstration will show that the machine and process is suitable for even automotive volume production. As compared to conventional shaping processes, the power skiving process is a highly productive process for machining of ID and OD gears. DMG Mori’s DMC 80 FD duoBLOCK machine will demonstrate machining of an ID gear using a power skiving process (Booth S-8900). The highlight of the show will be the power skiving technology displayed on a multi-tasking machine platform that combines turning operations with milling operations and gear production. In the last two years, DMG Mori has expanded their gear milling portfolio to include more machine platforms that produce more types of gears.
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