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As an industrial approach, structured light scanning is an established technique to handle length measurement by using light as information carrier and a CCD sensor to acquire that data into the digital domain. Including the idea of triangulation, contours could be scanned and to initiate uniquely defined relative movements of the object add another dimension. So it is possible to scan surfaces as well. That technique is basically renowned by scientists and manufactures, however, the very high application diversity leads to problems that needs good engineering and interdisciplinary work. So it is obvious to research special approaches at university level. The aim of this paper is to explain how structured light scanning could deal with complex objects like elastic and quite flexible materials. To examine if that approach is principally possible and how uncertainties are scalable is the primary purpose. Furthermore, that fact and the measuring principle itself requires well-considered approaches in calibration, adjustment, data management until a needed construction to minimalize expansions and keep that system working stable within industrial environments.

Principal investigation for the application of structured light scanning for the measurement of thickness using differential measurement method