Uchycení, fixace a nastavení čoček optomechanické sestavy.

Abstract

This bachelor thesis focuses on the design of a structural solution for the stable mounting, fixation, and precise adjustment of a lens within an optomechanical assembly. The introductory part provides a review of current lens mounting methods, positioning mechanisms, and feedback methods for alignment verification. The practical section of the work focuses on the calculation and design of the lens mounting within the cell. Furthermore, a mechanism for tilt adjustment and positioning in the centration plane is proposed. The entire design was developed as a 3D model in the Autodesk Inventor environment, including complete drawing documentation.