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The focus of this project is the development and analysis of a Flexible Manufacturing System (FMS) for the production of a range of tables. Tables are typically used in homes and offices, where different variants are selected for different environments and uses. By implementing a flexible manufacturing system, different versions of tables can be produced in the same factory to fulfil different customer needs and preferences. This project designed and evaluated four different variants in the FMS, demonstrating aesthetic and functional differences while maintaining core similarities; this demonstrates FMSs flexibility and adaptability and provides insights into the trade-offs between design choices and manufacturing considerations. The article uses Mejabi and Solberg analysis for detailed FMS design and analysis. This analytical approach allows for thoroughly examining the FMS design, including factors such as productivity, efficiency and cost-effectiveness. The analysis further helps understand and optimise the implementation of the FMS to ensure that it effectively meets the production goals. This paper paves the way for enhancing productivity, increasing product range and improving customer satisfaction in the furniture manufacturing industry.
Yiyang Xu (Mon,) studied this question.