Analýza vlivu skenovací orientace na vznik odlehlých hodnot u optických zařízení

Abstract

The bachelor thesis focuses on the analysis of the influence of scanning orientation on the occurrence of outliers in optical devices. The aim of the thesis is to experimentally evaluate how different scanning angles affect the quality and accuracy of 3D scanning and to identify optimal scanning parameters to minimize the occurrence of outliers. The experimental part utilized two types of scanners, the HandySCAN BLACK ELITE and the WENZEL SHAPETRACER II. Measurements of a gauge block were carried out at various angular settings, and the results were analyzed using ZEISS INSPECT software. The thesis aims to identify critical angles at which the most significant deviations occur.