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The possibility of quick 3D model generation of real-life objects is a widely used aid in 3D design. The 3D scanners, which can acquire data needed for the generation of a 3D model, can be divided into several categories, from which not all are commonly available because of high costs. The example of such a group is a scanner conducting precise scans of small objects. This paper presents a design proposition of building a middle-cost 3D scanning environment, capable of doing 3D scans in a variety of ways and with different precision. The set generally utilizes a stereovision method of 3D data acquiring, of an object being rotated around its axis. The novelty is utilizing self-designed, computer operated rotational platforms. The platform main features are the high resolution of angle adjustments and its repeatability. The platform can be setup in different ways, giving the ability to test different scan methods and algorithms, thus leading to increase in the model accuracy. The scanning environment angle setup repeatability allows also the utilization of scan algorithms, averaging several scans of the same object area.
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