Gear hobbing has been an integral part of gear making. Whereas milling would be used to produce the basic gear shape, gear hobbing performs the much more intricate task of shaping the gear. Various facets of gear teeth emerge once hobbing is complete, including its thickness, profile and addendum.
Speaking in very general terms, gear hobbing is used to impart accuracy. But with the advent of CNC machining and the handing over of control from the human hand to the digital interface, gear hobbing has been seen to take a bit of a back seat with regards to its importance. With CNC, machines have been able to produce gears and splines of sufficient accuracy post just one cut, such that gear hobbing is not always required. In fact, one may say, hobbing is becoming a relatively niche choice.
In this article we look at why gear hobbing was so important, and why it may remain part of the gear making process for some time to come.
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