DOI: 10.22184/1993-7296.FRos.2020.

The creation of measuring systems for additive processes is hindered by the lack of diagnostic
and control systems for manufactured products. The quality of the parts obtained by the methods of additive technologies varies greatly due to inadequate dimensional tolerances, surface roughness, as well as defects and the presence of fields of mechanical stresses. This leads to the fact that the slightest deviation of external conditions arising in the manufacturing process, can cause a mismatch of the final product in shape or properties. The measuring system should have the potential to be integrated into a single production complex. This is due to the fact that the result of measuring the geometric parameters of specific products must be compared with the mathematical model developed in the CAD system, and measurements of defects, latent stresses, product structures must be transferred to the CAE system to decide on the suitability of the product or to develop an algorithm and technologies for its further
processing. To control the parameters of products of additive technologies, a system based on the methods of structured light and shearography is proposed.


Разработка: студия Green Art