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ABSTRACT
The consumption of plantain, a staple food in many regions, has steadily increased over the years, necessitating the need for efficient processing methods. This study presents the design and construction of a plantain slicing machine tailored to meet the demands of small-scale processing operations. The machine integrates principles of mechanical engineering to automate the slicing process, enhancing productivity and reducing labor costs. Through a systematic design process, key factors such as safety, efficiency, and affordability were prioritized. The machine incorporates a feeding mechanism to ensure uniform slicing, while adjustable parameters accommodate variations in plantain size and texture. Additionally, safety features such as emergency stops and guards were integrated to mitigate operational risks. Construction of the machine involved the selection of appropriate materials and fabrication techniques to ensure durability and cost-effectiveness. The design was validated through prototype testing, evaluating slicing precision, throughput, and user-friendliness. Results demonstrate the effectiveness of the machine in streamlining plantain process sing operations, with significant improvements in efficiency and consistency compared to manual methods.
