Abstract
The flexible assembly cell concept offers a promising solution to the problems of traditional mixed-model and multi-product assembly lines of small and medium-sized products. A totally computerized real-time part sequencing system is developed for controlling the part flow in these cells. Development of the sequencing structure of the system has been established through a series of simulation studies using different types of input data. The control functions of the system are provided with different priority options enabling users to select the set of rules that satisfies their companies' strategies. The system comprises 3 functions: 1. enter, 2. allocate, and 3. transfer sequence. The performance behavior of the system is examined under different cell conditions and sequencing rules.