Banana Choper Machine Design Planning Capacity 59 Kg/Hour
Perencanaan Desain Mesin Perajang Pisang Kapasitas 59 Kg/Jam
DOI:
https://doi.org/10.21070/ups.8108Keywords:
industrial machines, banana chips, electric motors, machine design, frame simulationAbstract
an abundant banana production, making it a key raw material for various food products, one of which is banana chips. However, the manual banana cutting process remains a challenge for small and medium industries due to its time-consuming nature, resulting in uneven slices and increasing the risk of workplace accidents. This study aims to design a banana slicer machine with a capacity of 59 kg/hour to improve production efficiency. The machine uses a 750 W electric motor as the power source, with a pulley and v-belt transmission system, and a spring-based hopper to ensure cutting stability. The design process was carried out using the morphological method to determine the best combination of components, followed by strength analysis simulations of the frame using software CAD. The simulation results show that design concept A has a higher safety factor compared to design concept B, with a safety factor value of 236,94 MPa.
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