Skincare Product Development Using 3D Infant Skin model (China)

Pigeon China was an exhibitor at the 24th Children Baby Maternity Expo (CBME China 2025), held in Shanghai from July 16 to 18. CBME is the world’s largest exposition of baby and maternity products and a major annual event for the industry.

The theme of Pigeon China’s exhibition booth was “Natural Protection/Premium Care for Newborns,” and announced its next-generation skincare series “Biomimetic Vernix,” and a “High-End” pearl infant nursing bottle gift set, both for the first time, based on the latest research findings attracted a great deal of attention.

　　　　　　　　　　　　　　　　　　　　At the CBME China 2025

　　　　　　　　Biomimetic Vernix　　　　　　　　　　　　　　“High-End” pearl infant nursing bottle

Establishing the World’s-First 3D Infant Skin Model Using iPS Cell Technology

Pigeon also used CBME China to reveal its 3D infant skin model developed from iPS cells—the first such model in the word.

An application of iPS cell technology, which was recognized with a Nobel Prize, the model uses genetic engineering and other techniques to minutely recreate the characteristics of infant skin. It allows nine skincare functions to be tested, including barrier restoration, moisturizing, and anti-allergenic properties, and has been combined with a machine learning model to create a baby skincare safety verification technology.” Eleven patents have been secured based on this research, along with many academic papers (11 SCI papers, 6 IFSCC presentations).

*SCI papers: Papers published in internationally renowned academic journals selected by the Institute for Scientific Information (ISI) (Science Citation Index)
*IFSCC Conference: An international academic conference organized by the International Federation of Societies of Cosmetic Chemists (IFSCC)

　　　　　　　　　　　　　Pigeon’s head scientist Dr. Ken Kaku at the announcement

Pigeon’s approach to fusing innovation and beauty was highly praised at the event. The company received two industry awards: the “Superior Brand Innovation Award” and the “Green Guadian Award.”

Contributor comment

The structure and function of infant skin differs from that of adult skin, with unique physiological and biological characteristics. We analyzed, identified, and commercialized those unique aspects from the infant rather than the adult perspective, and look forward to continuing to support the healthy development of each and every baby and bringing greater security and happiness to families.