THE DEVELOPMENT OF THE THERMOPLASTIC 3D PRINTING SETTINGS CALCULATING PROGRAM FOR THE PRODUCTION OF PATTERN EQUIPMENT

The object of study is using of the additive technologies for the production of prototypes of pattern equipment for casting. This method has a number of advantages over traditional technologies. The subject area is the development of a mathematical model for the selection of 3D printing settings for the production of pattern equipment and the implementation of a software solution that performs calculations of these settings. Potential consumers of the developed product are the industrial enterprises of oil and gas sector, the machine-building enterprises using foundry production in their production process, and the enterprises of foundry production. The scope of application of the software product is producing of modelling equipment tools for metal casting in cold hardening mixtures, sandy-argillaceous molds, and sandy-argillaceous molds with a chemically active binder.

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