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The car and the respective parts manufacturing industry is the pillar industry of China 's national economy , the camshafts are key auto parts , production line layout technology research is of great significance to the national economy . The layout is good or bad relationship to plant productivity , plant utilization , manpower and resources reasonable configuration , thus a large extent, affect the overall efficiency . The efficient layout programs can reduce production costs , improve productivity , and accelerate the response to the market demand . Layout design to be more and more attention in the modern enterprise . In this paper, the layout design study to explore the application of the layout algorithm simulation technology . The first production line balancing problem , determine the camshaft machining process on the basis of the production lines balanced design . According to the camshaft target production and processing time of each process to determine the number of devices in each process . The evaluation indicators around the production line balance , balance the pros and cons of the design to be evaluated . Camshaft layout problems , a study on how to create a layout model . The chromosome coding genetic algorithm parameters , chromosome fitness , genetic operators design analysis , design solutions based on a genetic algorithm . The difference between single-line and multi-line production line , on the application of genetic algorithms . Equipment positioning principle , sequencing algorithm sequencing process , determine the final layout . Finally , according to the layout of the program , the use of the software of eM-plant build camshaft logistics of the production line simulation model . Station simulation efficiency histogram , to provide a basis for the improvement of the logistics of the production line . Improved compared with the original scheme , the optimal solution .
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