The working principle of this equipment is based on the synergistic effect of bristle brush friction and high-pressure spraying.

1. Material Conveyance and Tumbling: Upon startup, root vegetables and tubers (such as potatoes and carrots) enter the bristle roller chamber through the feed inlet. Driven by an electric motor, multiple bristle rollers rotate in the same direction or at different speeds, causing the produce to continuously tumble and shift randomly within the chamber. This ensures that every surface of the produce comes into full contact with the bristles.
2. Washing and Peeling: The dense nylon bristles on the brush rollers possess excellent toughness and wear resistance. During high-speed rotation, they effectively scrape away soil and thin skins adhering to the surface of the produce through physical friction. Simultaneously, the spray system above the equipment continuously sprays clean water, which not only rinses away the dislodged soil and skin residues but also acts as a lubricant to prevent damage to the produce.
3. Discharge and Separation: Once the washing and peeling process is complete, the material is discharged smoothly by manually or automatically flipping the discharge port. A residue filtration structure at the bottom of the equipment preliminarily separates soil and skin debris from the water, facilitating centralized cleanup and wastewater discharge.

1. Machine Frame: Constructed entirely of 304 stainless steel, it is sturdy and durable with strong corrosion resistance, ensuring trouble-free operation even in humid environments over the long term.
2. Bristle Roller Assembly: The core working component. Manufactured from high-quality nylon cord, the bristles feature moderate hardness to ensure effective peeling while offering excellent wear resistance and resistance to deformation, ensuring long-lasting durability.
3. Drive System: Consists of a motor, reducer, sprockets, and chain. The dual-sprocket drive design delivers powerful and smooth power transmission, capable of handling high-load continuous operation, and is easy to maintain and replace.
4. Sprinkler System: Located above the working chamber, this system uses a water pump to evenly spray water onto the surface of the material, effectively supporting the cleaning and peeling process while suppressing dust dispersion.
5. Waste Discharge and Discharge Structure: The bottom features an inclined residue filter screen and a waste discharge port; the discharge port is oversized and equipped with a convenient rotating flap for rapid unloading.