Vegetable Slicing Machine

In food processing industries and small-scale kitchens, vegetable cutting is generally performed manually. This method requires more time, labor effort, and may lead to non-uniform slicing. To overcome these limitations, a vegetable slicing machine was designed and developed. The aim of the project is to reduce manual effort and increase productivity in vegetable cutting operations. The machine consists of a 0.5 HP electric motor operating at 1300 rpm, a shaft supported by bearings, a slicing blade mechanism, belt and pulley transmission, and a stainless-steel body. The motor power is transmitted to the shaft through a belt and pulley arrangement to obtain the required speed for slicing. The rotating blade cuts vegetables into uniform slices with higher efficiency. The shaft was designed considering bending and torsional loads. Calculations showed that a theoretical shaft diameter of 10 mm was sufficient, but for safer operation a diameter of 20 mm was selected. The developed machine improves cutting speed, provides uniform slices, reduces manual effort, and increases productivity in food preparation processes.