Press Release
KYLYS AESTHETICS SA secures CHF 1 Million to accelerate development of next-generation hyaluronic acid-based medical devices.
Geneva, Switzerland – June 18th, 2025 – KYLYS AESTHETICS SA, a Swiss biotech clinical stage company pioneering high-performance regenerative aesthetic solutions, proudly announces the successful closing of a CHF 1 million fundraising round by existing and new investors. This capital injection will allow the company to advance the development and clinical validation of its Class III medical device based on patented hyaluronic acid technology.
KYLYS AESTHETICS’ flagship product is an innovative injectable solution designed for aesthetic application. Leveraging a unique technology developed in collaboration with the University of Geneva, the company aims to provide safer, longer-lasting, and more natural outcomes in soft tissue regeneration and rejuvenation.
This financing round represents a strong vote of confidence in the company’s vision, technology, and management team. The funds will support ongoing clinical work, regulatory submissions, the development of new products and preparation for market entry.
The company extends its heartfelt gratitude to its partners who contributed to this fundraising round, including The Berlin Angel Fund, Angels from Business Angel Club Berlin-Bradenburg, Fongit, and its private and strategic investors. It also acknowledges the invaluable support of Swiss programs and institutions such as Innosuisse, Venturelab, Swissnex, O ice de Promotion des Industries et des Technologies (OPI), the University of Geneva, the University of Bern, the Swiss Institute for Translational and Entrepreneurial Medicine (sitem-insel) and Genolier Innovation Hub.
About KYLYS AESTHETICS SA
Founded in Switzerland, KYLYS AESTHETICS SA is at the forefront of regenerative aesthetic medicine. With a pipeline of advanced hyaluronic acid-based medical devices and cosmeceutical products, the company is committed to improving patient outcomes through innovation, science, and sustainability.