Abstract
Summary This paper deals with the development of aspherical machining technology with in-situ metrology using the stylus method for the purpose of improving machining accuracy and reducing machining time. This technique is based on the in-situ measurement of machined geometrical accuracy, which makes it possible to calculate both the deviation of nominal tool diameter from the true one and the tool setting error in tool feed and traverse directions. The machining time can be reduced to a half or one-third with application of this procedure to either aspherical grinding or diamond turning.
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