Fundamentals

Tailored to the characteristics of common impurities in ingredients, the cleaning process is meticulously designed. Initially, impurities undergo separation through aeration and vortex. Subsequently, hair-like fibers are efficiently removed using brush rollers, while floating objects like insects are eliminated via a rotary sieve. Sediment and debris undergo filtration through a mesh belt conveyor. Finally, residues and cleaning liquid on the ingredients are effectively removed by a water purification spray.

Impurities separation by aerated vortex

The aeration device at the bottom of the cleaning tank generates an upward airflow, interacting with the water flow to create vortex. This process activates washing effectiveness throughout, providing a comprehensive scouring of the ingredients. Leveraging the Coanda effect, water closely adheres to the food surface upon contact, ensuring a robust scouring of attachments. Impurities are effectively separated from the ingredients through the combined forces of running water soaking, vortex scouring, and bubble bursting.

Fiber removal by brush rollers

The food ingredients are propelled beneath brush rollers through the influence of water flow, buoyancy, and updraft, ensuring they come into close contact with the brush roller. The rotating brush rollers effectively eliminate hair, threads, and other fibers mixed with the ingredients during this process.

Floating impurities removal by rotary sieve

Ingredients are pressed down into the water by the rotary sieve. As the water flows through the sieve holes, it carries along debris, insects, and floating objects. A plate inside guides these elements to diverge into the left and right pipelines of the cleaning tank, redirecting them back to the water tank. Impurities are filtered out by the filter bag set at the end of the pipeline.

Sediments removal by mesh belt conveyor

The food ingredients progress along the mesh-belt conveyor towards the outfeed, undergoing clean water spraying to eliminate residues and clean liquid. The water, which flows through the mesh belt, is then recycled back to the water tank. After the filter removes suspended particles, the water reintegrates into the circulation. Simultaneously, through the mesh belt, sediments and other debris settle into the isolated compartment at the bottom and accumulate along slope and reach to the drainage for proper disposal.