There are currently various feasible processing methods for tuber agricultural products, including manual peeling, mechanical peeling, alkali peeling, and steam peeling. The effect of manual peeling is good, but the efficiency is low and the loss rate is high, which obviously cannot meet the needs of factory processing. Mechanical peeling mostly uses a scraper, which consists of a working cylinder, a rotating disc, a feeding port, a discharging port, a drainage port, and a transmission system. The inner surface of the working cylinder is rough, while the surface of the disc is wavy, and most of them are bonded with steel sand. When the material falls from the feeding hopper onto the corrugated surface of the rotating disc, it is thrown to the cylindrical wall due to centrifugal force and rubs against the rough surface of the cylindrical wall to achieve the purpose of peeling. The scraped skin is sent with water from the sewage outlet; The peeled potatoes are automatically discharged from the discharge port by centrifugal force when the gate is opened. This method has poor peeling effect and is prone to damage the surface layer of the material. Alkaline solution peeling: The product is treated in alkaline solution at a certain temperature for an appropriate period of time, and the skin will be corroded. After removal, immediately rinse or rub with clean water, and the outer skin will fall off and the alkaline solution will be washed away. This method requires a high level of rinsing process before and after peeling, and consumes too much alkaline or peeling solution, resulting in high costs. In production, the raw materials are treated with boiling water or steam for a moment to increase the temperature before being added to the alkaline solution, and then treated with alkaline solution; Alternatively, the raw materials can be cold treated with alkali solution for a moment, and then subjected to high temperature treatment. This will result in better peeling effect, n