Centrifugal solvent extraction technology with its wide material adaptability, efficient separation capacity and low maintenance costs, especially suitable for difficult separation and strong corrosion and other harsh conditions. The combined extraction centrifugal extractor has the technical advantages of high parameter, low energy consumption and intelligence, and has been widely used in lactic acid, citric acid and amino acid processes. In addition, the technology has also been applied in the fields of vitamins, prostaglandins, antibiotics, penicillin, carotene, ginkgo biloba extract, tea polyphenols and contrast agents. The application of centrifugal extraction technology in bioengineering has great potential and will become an important development direction of substance extraction technology.

The high-efficiency turnbag automatic centrifuge responds to the complex working conditions of the biomedical industry, including the fine viscosity, sensitivity, odor and volatility of the material, with excellent safety, reliability, economic benefits and automation level. Traditional filtration and separation equipment (such as scraper centrifuge and plate and frame filter press) is difficult to meet these needs, and the rotary bag automatic centrifuge has been widely recognized and praised in the biological fermentation, pharmaceutical, chemical, food processing industry and raw material processing industry for its fast separation, no residual filter cake, no mechanical scraping and a small number of thin layer centrifugal filtration technology. FWZ automatic centrifuge is a new type, high performance automatic discharge intermittent centrifugal filtration equipment, especially suitable for biological fermentation, pharmaceutical, chemical and food industries, its automatic control, cycle operation, automatic discharge and pollution-free characteristics, especially suitable for small batch multi-variety material processing.

Automatic centrifuge has been successfully applied to a variety of material conditions. Including aluminum hydroxide, aluminum oxide, micrometer metal powder, lithium electric materials, Alanine, barium chloride, barium sulfate, calcium phosphate, calcium sulfate, carrot chips, celluloid, penicillin, PVC, silicic acid, silicon carbide, citric acid, cobalt acetate, caffeine, pigments, pharmaceuticals, EDTA, fungicide, guanidine carbonate, gypsum, hopscotch, hydroxylamine, lactose, rare earth elements, silicon Magnesium acid, manganese ore, nickel chloride, nickel nitrate, orange juice, PAS, insecticide, ascaridine, potassium nitrate, potassium sulfate, quinidine, potassium cyanide, sodium aluminate, sodium nitrate, glycerin, thiourea, titanium oxide, tobacco foam, urea and yeast, etc.

In the future, the biological fermentation industry will strengthen technological innovation, research and development and application in the fields of future food, microbial replacement proteins, nutritional chemicals, micro-ecological preparations, pharmaceutical intermediates, biological materials and functional oils and fats through synthetic biotechnology, and promote equipment upgrading. New high-parameter, green and intelligent separation equipment such as centrifugal extractor, bag turning centrifuge, multi-functional three-in-one filter, dish separator, tube separator and micro-nano filtration system will be more widely used in the industry, thereby improving quality and efficiency, and promoting the high-quality and rapid development of the biological fermentation industry.