The aim of the bachelor’s thesis was to investigate the preparation of the working environment and the procedure for capturing reflective metallic objects and surfaces for the purposes of digital archiving. The thesis was carried out in cooperation with the National Museum of Slovenia. The research addressed the digitization of partially and fully reflective complex objects using laser geometry capture, structured light projection, and photogrammetry. Particular emphasis was placed on reducing surface reflectivity in photogrammetric acquisition and on the accurate capture of geometry and color data. The research was divided into a theoretical and an experimental part. In the theoretical part, the methods, technologies, and equipment required for the digitization of physical objects into their digital twins were examined. In the experimental part, data acquisition, data processing, and the creation of digital twins were carried out. The challenges encountered during the capture of reflective objects were identified, and the applied procedures and solutions were also compared. As a result of the research, a methodology for capturing partially and fully reflective complex objects for archiving and restoration purposes was developed. The comparison of the applied approaches demonstrated the importance of a carefully prepared working environment, a finishing procedure, and appropriate acquisition procedures in reducing unwanted reflections and achieving reliable reproduction of geometry and accurate color information.
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