Optimization Of Warehouse Management And Inventory Control For Agricultural Machinery Assembly Enterprise

The demand for agricultural machinery market has presented a personalized trend,and the corporate management pressure is increasing.Therefore,it is necessary that agricultural machinery assembly enterprises insist on innovation,improve the level of informatization and enhance core competitiveness.The low efficiency of warehousing management and high inventory cost are due to the insufficient storage leanness and the lack of inventory control methods adapted to production demand of agricultural machinery assembly enterprises.It has significance to optimize the warehouse management and the inventory control methods for agricultural machinery assembly enterprise to improve the storage management level and reduce the inventory cost.The optimization methods of warehousing management mode,process and inventory control on the basis of analyzing the status quo of spare parts warehousing management were established with the guidance of lean thinking,optimization theory and RFID technology.The goal of warehousing management and inventory control optimization was proposed on the basis of causal analysis.Considering the multifactor characteristics of materials,the classification rules of storage parts was formulated,and the inventory management method of special parts and common parts was proposed.The optimization of warehouse management based on RFID technology,warehouse lean management model and process were formulated with RFID technology.The management process was modeled and evaluated by the Petri net.It has improved the efficiency of warehousing management.A dynamic model of warehouse control for special parts was established which considered the randomness of production demand and the factors affecting logistics cost,and the special purpose of the replenishment interval and replenishment quantity was optimized by SIMIO simulation.Under the analysis of the influence of spare parts consumption on inventory cost and turnover rate of general parts,the multi-objective optimization model of general parts inventory control model was established which combined Linear Weighting Sum and Genetic Algorithms achieved the optimization of inventory order quantity and order point.The feasibility and validity of the model were verified by example has achieved the goal of reducing inventory cost and improving inventory turnover level.The optimization of the warehouse management model and process based on RFID technology of agricultural machinery assembly enterprises improves the efficiency of warehouse operating and the level of service.The optimization model of inventory control of special and general parts which suitable for production demand has reduces the inventory costs and improves management level.It has theoretical guidance and reference for storage management and inventory control of agricultural machinery assembly enterprises to improve the lean level.