Cosmetic-Grade Liposome Production

Liposomes are not only used as immune adjuvants and drug carriers in medicine, but also as moisturizers and nutrient carriers in cosmetic products, and their application in cosmetics is gradually being promoted due to their special structure and biofilm function. Liposomes are used in cosmetics as a delivery system for effective components, which can bring some substances that are difficult to be absorbed by the skin into the deeper layers of the skin and reduce the irritation of some substances. Cosmetics containing liposomes have incomparable advantages over traditional cosmetics, and their permeability, slow-release, moisturizing properties, and safety will enable cosmetics to develop to high quality and high grade.

The solid liposomes containing oil-soluble and water-soluble active ingredients and nutrients penetrate deep through the skin, and the active ingredients are deposited in the epidermis and dermis to form a reservoir, which can play a direct and lasting role inside and outside the cells, thus realizing various cosmetic effects on the skin such as moisturizing, anti-wrinkle, anti-aging, freckle removal, and anti-acne.

• The liposome cosmetics of encapsulated VC and VE have strong antioxidant power, which can directly enter deep into the skin and act on melanocytes to inhibit their function of melanin production, and have the functions of reducing skin pigmentation, whitening, and anti-wrinkle.
• By making liposomes of moisturizers, vitamins, and other physiologically active substances, the effect of timed release and slow release can be achieved, multiplying their efficacy.
• By making sunscreen agents into liposomes, they can be distributed through the skin between the epidermis and dermis, so that they do not have to worry about being washed off by water when swimming.
• SOD liposome solves the shortcomings of SOD which is not easy to penetrate into the skin stratum corneum with its large molecular weight and it's unstable and easy to deactivate.
• The lava seawater and physiologically active substances, which are difficult to dosage due to temperature change, light, and air, are wrapped in nano-liposomes, forming a nano-phospholipid liposomal form smaller than the skin spacing, which makes it effective in penetrating the skin and can reach all parts of the skin stably according to the demand.
• The nano-liposomes encapsulated with seaweed extracts can be made into nano-liposomal emulsions, which can solve the shortage of seaweed extract applications in existing cosmetic preparations and can avoid or reduce the allergenic effects produced by direct contact between seaweed extracts and skin epidermal cells.
• Modern pharmacological studies have shown that lotus leaf has various biological activities such as antioxidant and skin tone brightening, etc. The use of lotus leaf flavonoid micro-liposome encapsulation technology can simulate the phospholipid bilayer of human skin cells and facilitate the absorption of active ingredients.
• The nano-slow-release system of liquid-solid mixed lipids encapsulated with active components can be made into lyophilized powder, gel, emulsion, water-dispersible or mixed-suspension formulations, which can form cosmetic products such as emulsions, gels, water-dispersions, suspensions, creams, and powders, either alone or mixed with other components of cosmetics.

Liposomes are widely recognized as safe and efficient nanoscale carriers by people in the research and production fields of cosmetics, pharmaceuticals, and food. Its amphiphilic phospholipid bilayer, which can carry hydrophilic and lipophilic substances, effectively penetrates the skin dermis and is slowly released under the skin to nourish the skin. Creative Biostructure is concerned about this booming market, please feel free to contact us to provide you with solutions to help you complete your research breakthrough and product production first.

Ordering Process