Abstract
In the production process, the opaque information flow and the unsmooth material flow are the main factors that restrict the production. In order to increase the output of the movement and eliminate the unfavorable factors in the production process, this paper takes the movement assembly line as the research object, and puts forward a simulation optimization framework of the production process of the assembly line based on digital twinning with the help of OPC UA unified architecture and Flexsim simulation technology. By studying the data acquisition system based on OPC UA, the real-time data acquisition of the assembly line and the real-time update of the production process of the virtual production line are realized. Through the simulation modeling and optimization of the production process of the assembly line, the real-time linkage between the physical and virtual production lines and the continuous improvement of the production process of the physical production line are realized.
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