A Framework for Optimal Quality of Parts in Reverse Engineering
This paper presents a methodology of reverse engineering process in order to obtain an optimal quality of the scanned surfaces. These surfaces are using for model reconstruction in process which analyses curved geometry. This kind of design process has a key role in modern engineering, because the goal is to get electronic input, in case where a physic model is missing from some reason or is not available. By corresponding software support, we are able to control surfaces and their vector definition. Using advanced techniques, it is possible to set a procedure for measuring complex parts dimensions and transforming them on behalf of design intent. For the paper purpose, it is used physic model of the screw to create the point cloud. Therefore, the crucial phase of reverse engineering process is developing of adequate method for the best manufacturing conditions. Case study has been carried out by NextEngine 3D Scanner ULTRA HD.