Research On Simulation And Optimization Of X Company’s Light Truck Chassis Production Line

As the process of economic integration of various countries in the world to form a consortium becomes faster and faster,the competition between enterprises and enterprises is becoming more and more fierce,and the level of manufacturing level of the enterprise’s manufacturing workshop determines whether the enterprise has a market in its development field.And competitiveness.The main reason for evaluating the manufacturing level of a company’s manufacturing workshop is the quantity and quality of the products.Since there is little difference in the level of production technology between enterprises,the competitiveness of enterprises lies in the number of products produced.The productivity of the products in the workshop again depends on the perfection of the production line,so whether the production line of the products in the company’s workshop is balanced and efficient is very important.Many companies pay insufficient attention to the internal production lines of the workshop,which leads to mixed production processes in the workshop and low production efficiency.For order-based manufacturing companies,the efficiency and balance of production line beats are to meet the needs of the market and also have the effect of improving their corporate competitiveness.This topic is based on the theory of production line balance,taking the assembly line of X company light truck chassis as the research object,using modeling and simulation software to optimize the assembly process,focusing on the company’s main production line from the perspective of production cycle balance Analysis and optimization.This topic first analyzes the current research status of the automobile chassis assembly production line at home and abroad,and then introduces the related theories of simulation and production line balance,and introduces the simulation software used,builds and analyzes the model according to the actual situation,and finds out Where the bottleneck of the model is located,analyze the cause of the bottleneck,and use particle swarm optimization to optimize the model,so as to obtain better simulation results,put forward improvement measures for the enterprise production process at a deeper level,and simulate and simulate the improved model again.In order to achieve the optimization goal,the feasibility of the improvement method is determined after comparing the simulation results before and after optimization.