The thesis presents an analysis of combining 5-axis machining with geometry measurements on a complex product - a form insert. The mentioned technology enables processing in one clamping and thus ensures a higher quality of machining. The main problem to which the thesis refers is the subsequent control of the accuracy of the machined surface. The entire process from the 3D model to the final product is documented. The machining of the product before and after hardening with 3, 3+2 and 5 axis milling strategies is presented. The process of creating a program for measuring directly on a CNC machine is shown. Measurements were also carried out on a coordinate measuring machine. Both measurement reports are obtained and a discussion of the results between them is given. Some deviations outside the tolerance range were found, which we explained. An analysis of the costs arising from measurements outside the production process is also shown.
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