NOVELTY - Extracting allicin involves screening garlic from feedstock obtained from inlet and transferring to discharge port. The garlic is added into the screening equipment and the garlic roots and seedling portion are automatically cut and removed. The material is dried under infrared radiation and distributed on the conveyor belt composed of heating unit. The heating unit is equipped with infrared heating and air circulation systems. The skin of garlic is blown off by rotating motor and chopping dry peeling polyion complex at a peeling rate of 90-98%.    USE - Method for extracting allicin (claimed).    ADVANTAGE - The method enables to extract allicin in cost-effective manner that saves energy and has wide range of industrial applications.    DETAILED DESCRIPTION - Extracting allicin involves screening garlic from feedstock obtained from inlet and transferring to discharge port. The garlic is added into the screening equipment and the garlic roots and seedling portion are automatically cut and removed. The material is dried under infrared radiation and distributed on the conveyor belt composed of heating unit. The heating unit is equipped with infrared heating and air circulation systems. The skin of garlic is blown off by rotating motor and chopping dry peeling polyion complex at a peeling rate of 90-98%. The material is rinsed in washing machine with hard brush to obtain garlic roll. The garlic rolls are dried for 2-6 minutes under infrared radiations. The garlic rolls are added on conveyor belt and hot air flows between the air circulation system and garlic. The dried product is broken and centrifuged at a speed of 16,000 revolutions per minute for 0-60 minutes at (-5)-30 degrees C. The slag and filtrate are pumped into the tank. The tank has a stainless steel mesh to trap filtrate solids. The filtrate through a stainless steel filter is filtered into the outlet pipe out of the tank to obtain clear filtrate. The filtrate is disinfected and sterilized under ultraviolet radiations to obtain product.