About the article
I.V. GORLOV, E.V. POLETAEVA
A new approach is outlined in the production of peat machine parts in a multi-range production environment. It has been established that when synthesizing the technological route for manufacturing peat machine parts in conditions of non-core diversified production, the problem of loading existing flexible production systems (GPS) often arises. It is recommended to ensure the production of scarce parts of peat machines in non-core production due to the rational distribution of technological tasks for each flexible production module. It is indicated that computer-aided process design systems are used to improve the efficiency of technological training, and it is also noted that they do not fully ensure the achievement of a high-quality solution, since a specific GPS may not correspond to the typical approach for the part in question. To solve this problem, it is proposed to analyze the design and technological elements (CTE) of the part and determine possible ways to obtain them, taking into account existing equipment. It is indicated that in order to achieve high efficiency and the necessary product quality in a multi-product production environment with a constantly changing load of a flexible production module, it is necessary to expand the technological capabilities of GPS by using additional technological modules for existing machines responsible for the manufacture of problematic CTE.
peat machines, mechanical engineering technology, automation, technological preparation of production, structural model, group technology, flexible production systems.