Ultrasonic grinding high-pressure homogenization system for preparing super liposomes

Abstract

This invention relates to an ultrasonic grinding and high-pressure homogenization system for preparing super liposomes. The system mainly comprises an ultrasonic extraction device, a grinding device, a high-speed emulsification device, and a high-pressure extrusion homogenization device. In this system, plant-based extract concentrates and other raw materials are extracted using the ultrasonic extraction device to extract both fat-soluble and water-soluble components. These components are then transported to the grinding device and ground together with lecithin. The high-speed emulsification device then uniformly mixes the fat-soluble and water-soluble components of the lecithin and plant-based extract concentrates, coating the plant-based extract concentrates within a lipid layer formed by the lecithin. The mixture is then transported to the grinding device and ground together with dietary fiber. The high-speed emulsification device further coats the lipid layer with a dietary fiber layer. Finally, the high-pressure extrusion homogenization device refines the mixture into uniformly sized, double-coated liposome structures.

Claims

1. An ultrasonic grinding and high-pressure homogenization system for preparing super liposomes, comprising an ultrasonic extraction device, a grinding device, a high-speed emulsification device, and a high-pressure extrusion homogenization device, wherein the discharge section of the ultrasonic extraction device is connected to the feed section of the grinding device via a first pipeline, the discharge section of the grinding device is connected to the feed section of the high-speed emulsification device via a second pipeline, the first discharge section of the high-speed emulsification device is connected to the feed section of the grinding device via a third pipeline, and the second discharge section of the high-speed emulsification device is connected to the feed section of the high-pressure extrusion homogenization device via a fourth pipeline.

2. The ultrasonic milling high-pressure homogenization system for preparing super liposomes as described in claim 1, wherein, The feeding section of the grinding device is a feeding barrel. One end of the first pipe is connected to the discharge section of the ultrasonic extraction device, and the other end of the first pipe extends to the feeding barrel of the grinding device so as to enter the feeding barrel through the barrel opening. One end of the third pipe is connected to the first discharge section of the high-speed emulsification device, and the other end of the third pipe extends to the feeding barrel of the grinding device so as to enter the feeding barrel through the barrel opening.

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