Micro nano formulation pilot scale microfluidic controlled preparation instrument for liposome microemulsion

　　Micro nano formulation pilot scale microfluidic controlled preparation instrument for liposome microemulsionDetailed introduction:

The traditional preparation methods of nanomaterials are divided into physical methods and chemical methods. Physical methods, such as sputtering, vacuum deposition, ball milling, etc., require expensive equipment and produce nanomaterials with low yield, easy oxidation, and strict agglomeration. Wetting methods, such as reverse phase micelle polymerization template method and high-temperature hydrolysis method, are both used to synthesize nanomaterials in the liquid phase. The surface of the materials generally contains organic stable molecules to prevent the aggregation and oxidation of the prepared nanomaterials. However, liquid-phase synthesis methods mostly require high reaction temperatures (200 ℃), which limits the use of many solvents and reagents, and require multiple purification steps in the later stage to obtain stable products. Meanwhile, it is difficult to achieve precise control of reaction conditions during the synthesis process, and there are still significant challenges in preparing complex nanomaterials such as core-shell structures and multilevel structures. Therefore, it is of great research significance to develop high-quality preparation methods and platforms for nanomaterials, as well as efficient nano analysis methods.