Author(s)

Kai Li, Guofu Luo, and Yunlong Li

Corresponding Author

Kai Li

ABSTRACT

The bottling production line has a complicated process, and uses a combination of modeling, simulation, and optimization to analyze the load of each production station and rationally arrange production system resources. Use plant simulation to simulate the physical production line, analyze the production equipment to introduce multi-level experiments in the capacity optimization process of the temporary storage area, and analyze the signal-to-noise ratio of the data to determine the weight ratio of each temporary storage area affecting production efficiency. The actual workshop finds a low-cost and high-efficiency ratio scheme. The constraint theory (TOC) was used to find the bottleneck of the production line, and the improvement plan of the station was proposed and the program verification was feasible in the physical workshop, and the production process was optimized.

KEYWORDS

Using Modeling, Simulation, Optimizing and Rational Configuration of Production System