Urgency of the research. Cell production has become one of the most important studies of the arrangement of production systems. This production philosophy is based on the fact that the products are similar in shape and production processes. This allows parts to be grouped into groups that they share during their processing, ensuring an economic effect.Target setting. Automated production systems are built with large investments. The result is small-scale production automation cells, including industrial robots, including handling automation. These automation islands did not meet expectations in terms of costs, commissioning dates, meeting production deadlines, achieving planned performances, so attention must be paid to integrated production. Actual scientific researches and issues analysis. Integrated production reduces material handling and transport time. By making the product more time on the machinery and less time on the road. Because the parts move in the chamber and not in the entire factory, travel time and distance are reduced, leading to a reduction in material handling costs, which represents between 20 and 50 % of the total operating costs. Uninvestigated parts of general matters defining. Most articles and other publications on the problem of modeling integrated manufacturing alleviate the problem of modeling a specific cell. In my article I will solve a production cell in general without specific properties. The research objective This paper focuses on the integrated and logistic of the style of material flow, suitable for realization manufacturing and logistics network. Solution base is defining of mission, objectives and goal integrated of the style of material flow. The core of solution is analysis of strategy on integrated. The result of solution is to define tools integrated and formation evolution profile of the style of material flow. The statement of basic materials.In general, the key to building integrated production is group technology based on the principle of material flow analysis. The problem of modeling integrated production points to possible variants of solutions based on the analysis of material flows. However, considering only this criterion is insufficient for practice, because it does not consider e.g. about the number of pieces. Conclusions. These relationships are representative of some approaching the importance of parameterization, which remains open and accessible to address other tasks to optimize the production system.
Group Technology for Optimizing Manufacturing Facility Layout
