A system and method for gauging and auto correcting geometric tolerances in respect of a work piece is disclosed. The method includes receiving and storing one or more desired in respect of a first work piece from a user. The method further includes measuring one or more desired in respect of a second work piece; comparing the measured one or more desired in respect of the second work piece with the corresponding stored one or more desired and assessing, existence of a deviation within a predetermined tolerance range in one or more desired measured in respect of the second work piece based on comparison. Thereafter, the method involves auto-correcting one or more desired in respect of the second work piece based on identified deviation, such that the corrected one or more geometric tolerance values in respect of the second work piece is equivalent to stored one or more desired.

A method classifies a component feature of a component, the component including a blisk or a part of a blisk for a turbomachine, which has been manufactured using a production process. The method includes classifying the component feature as a function of a first feature specification and a second feature specification for a measured variable of the component feature. A second tolerance range of the second feature specification is extended as compared to a first tolerance range of the first feature specification. A second region of applicability of the component for the second feature specification is smaller than a first region of applicability of the component for the first feature specification. The production process reproducibly and/or systematically causes a larger mean deviation of the measured variable in the second region of applicability than in the first region of applicability.

A method for generating parameters applied for machining operations conducted by a machine tool.