The 2021 Jung Personal Care Technology Summit Forum and Exhibition (PCT2021, Personal Care Technology Summit Expo 2021), originally scheduled for June, was arranged to be held at the Kerry Hotel, Pudong, Shanghai on July 13 and 14. Affected by the epidemic and hotel bookings, the meeting was postponed, but it could not stop everyone's enthusiasm for attending the meeting. Suzhou Microflow Nanobiotech Co., Ltd. also served as a sponsor of this meeting and assisted the meeting in holding it smoothly throughout the process.

Figure Suzhou Microfluidic Nano participates in the 2021 Jung Personal Care Technology Summit Forum

The Personal Care Technology Summit Expo hosted by Jung& is one of the largest annual technical seminars in the cosmetics industry! PCT 2021 invited booth 200, 90 big celebrities to share hot topics, and 2600+ industry professionals attended the conference.

Tu Rongge Personal Care Technology Summit Forum PCT 2021

PCT2021 participants include: Suzhou Microfluidic Nano, Johnson & Johnson, Coty, Shiseido, Kao, Beiersdorf, Mary Kay, Pequarin, Pelaiya, Xiangyi Materia Medica, Osiman, Ma Yinglong, PPMM, Kitty Annie... Ashland, Clariant, Dezhixin, Merck, Germany CLR, Provital, Batai Chemical, Nanjing Speike, Shanghai Orly, Changzhou Huituo, Shanghai Zhina Bio, Cargill, Xianting, Aidike... Shanghai Food and Drug Safety Research Association, China Pharmaceutical University, Huashan Hospital Affiliated to Fudan University, Shanghai City Dermatology Hospital, Kunming Institute of Botany, Chinese Academy of Sciences, Jiangnan University, Shanghai City Institute of Food and Drug Control, World Federation of Traditional Chinese Medicine Societies...

Jung's PCT meeting is exquisite in terms of the professionalism of its forum: a series of new ideas, new concepts, and new technologies: "New acid"/"laboratory workshop"/"sensory efficacy"/"cell division anti-aging"/"scalp associated facial"/"Pure efficacy skin care"/"Precision skin care"

"Scalp-associated facial", McGlee's new concept of "scalp anti-aging"""

Case sharing: Development and efficacy evaluation of Chinese herbal eye whitening products Ma Yinglong Pharmaceutical Group

Emotional measurement: Shiseido's test of "can't lie" Shiseido (China) Research and Development Center

Shiseido Materia Medica Interpretation of "Functional Plant Materials" Shanghai Xiangyi Materia Materia Cosmetics

Adolf talks about scalp microecology Johnson and

Johnson: How to do the evaluation under the new regulations?

Pelleya interpreted the new regulations on the management of cosmetics raw materials... which made the participants feel that they benefited a lot.

Figure Schematic diagram of liposome structure

Liposome encapsulation technology is a technology that wraps functional ingredients in liposome vesicles so that they can penetrate into cells. It is a relatively high technology in the cosmetic infiltration process. Liposomes encapsulate particles of various active ingredients. This kind of liposome can efficiently penetrate into the basal layer of the skin and is absorbed faster and better than general skin care products. When used in basic skin care products, the effectiveness is naturally better than traditional skin care products. In the cosmetics industry, lipid encapsulation technology can penetrate active raw materials into different cells of the skin, and is an important means to improve product stability, efficacy and aesthetics. Moreover, liposomes have the characteristics of small particle size, small dose, strong stability, high targeting, controllable sustained release, and safety and non-toxicity, so liposomes are widely used in many fields.

Liposomes allow the encapsulated active ingredients to be released, absorbed, and then into the cytoplasm and then absorbed.

Liposomes of functional ingredients penetrate deep through the skin, are deposited to form reservoirs, and act directly and permanently inside and outside cells.

Liposomes can slowly release functional ingredients in the bodytoachieve long-term and reduce irritation.

Figure Liposome-encapsulated active substance samples prepared by Suzhou Microfluidic Nanocustomer using a Microfluidic Nanohomogenizer

Figure One of the particle size test reports of small liposome samples

苏州微流纳米Vic