DEVELOPMENT OF A 10 KG CAPACITY ROTARY DRIVEN POTATO GRATER PROTOTYPE

Abstract

This study presents the development of a prototype potato grater powered by a rotary drive system with a processing capacity of 10 kg. The design aims to improve the efficiency, uniformity, and safety of potato grating compared to conventional manual methods. The development process includes determining design specifications, selecting suitable materials, designing the cutting mechanism, and constructing the prototype. Performance testing was conducted to evaluate grating capacity, grating quality, operational stability, and energy consumption. The test results show that the prototype can process up to 10 kg of potatoes effectively within a short time, producing consistent grated output with smooth operation. The findings indicate that the prototype offers a practical and efficient solution for small-scale food processing applications, enhancing productivity while reducing labor intensity.