HTBS微耕机包装线仿真与优化

针对HTBS公司微耕机产能提升的紧迫性，分析了微耕机生产线工段——包装线的工位作业及工序流程；依据秒表测时法所测数据，结合Flexsim仿真技术分析包装线瓶颈；运用经验排序法对包装线瓶颈工位工序及其他工位工序进行合理排序，以平衡各工位负荷，并通过Flexsim建立优化后的包装线仿真模型验证其有效性。微耕机包装线优化后，生产线平衡率由66.67%提高到90.77%，日产量由354台提高到436台，平衡优化效果明显。

Simulation and Optimization of Micro-Cultivator Packing Line of HTBS

In view of the urgency of improving the productivity of the micro-cultivator in HTBS company, the position operation and process flow of the work-packing line of the micro-cultivator production line are analyzed. According to the data measured by the stopwatch timing method and in combination with the FlexSim simulation technology, the bottleneck of packaging line is analyzed. The Experience ranking method is used to reasonably sort the bottleneck work station and other work stations of the packaging line, in order to balance the load for each station, and build the optimized packing line by FlexSim simulation model to verify its effectiveness. After the optimization of micro-cultivator packaging line, the balance rate of production line increases from 66.67% to 90.77%, and the daily output increases from 354 to 436. The balance optimization effect is obvious.