Christian Gollee

Mar 15, 2023 | fis.tu-dresden.de | Uwe Teicher |André Seidel |Steffen Ihlenfeldt |Christian Gollee

Machining of large components for the aerospace industry requires, in addition to sophisticated machining strategies a targeted monitoring of the machining quality due to the enormous demands on precision. For the acquisition of the as-is geometry after single machining steps, a non-contact system based on a confocal chromatic sensor was developed, with whose help the as-is geometry can be compared with the target geometry even in deep cavities at aspect ratios up to 40.