CAJ | 학술논문

柔性制造系统（FMS）是由加工系统、物流系统、信息流系统三个子系统组成的。其小批量、多品种生产特点决定了低的设备利用率，研究FMS的物流系统是提高企业生产效率，降低生产成本，提高设备利用率的重要手段。作者利用WITNESS仿真软件建立了某管材柔性制造车间物流系统仿真模型，模型突出了FMS物流系统的工件流、工具流和配套流：通过实验设计和仿真数据的分析。对系统的瓶颈问题进行了优化。
유성제조계통（FMS）시유가공계통、물류계통、신식류계통삼개자계통조성적。기소비량、다품충생산특점결정료저적설비이용솔，연구FMS적물류계통시제고기업생산효솔，강저생산성본，제고설비이용솔적중요수단。작자이용WITNESS방진연건건립료모관재유성제조차간물류계통방진모형，모형돌출료FMS물류계통적공건류、공구류화배투류：통과실험설계화방진수거적분석。대계통적병경문제진행료우화。
Flexible manufacturing system （FMS） consisting of three subsystems： the processing system, logistics system and informarion flow system. The characteristics of large variety and small batch determine the low utilization rate of equipment. Study on FMS logistics system is to improve the production efficiency, reduce production costs, improve the utilization ratio of the equipment. In this paper, we build a tube FMS logistics system simulation model using the WITNESS. This model outstand flow of workpieces, tool flow and matching flow of FMS logistics system. By experiment and simulation data analysis, the system bottleneck problem has resolved.