
About Us
Our Mission
"Our mission is to empower researchers to achieve more predictive and reproducible results with our animal-free hydrogels, delivering deeper insight into the mechanisms of disease and accelerating the development of safer and more effective therapies."
Our History
With support from BBSRC, EPSRC, and NC3Rs, PeptiMatrix™ developed a proprietary short, self-assembling peptide hydrogel (SAPH) platform designed to deliver highly defined, reproducible, and animal-free 3D cell culture environments. The platform provides consistent performance, ease of use, and precise control over biochemical and mechanical properties, enabling researchers to decouple matrix composition from stiffness in advanced biological studies.
Following extensive technical validation and adoption by partner laboratories worldwide, the technology progressed into full commercial deployment. Participation in the ICURe programme enabled comprehensive market engagement and ensured that PeptiMatrix products were aligned with the practical requirements of pharmaceutical, biotechnology, and academic users.
Since its commercial launch in July 2023, PeptiMatrix™ has established a growing portfolio of four tissue-specific hydrogel products. Each product is fully animal-free and offers independently tuneable stiffness and composition, supporting improved reproducibility, translational relevance, and regulatory alignment across a wide range of applications.
In 2024, PeptiMatrix™ secured further investment to expand product development, scale operations, and strengthen long-term partnerships. This milestone reflects continued confidence in the company’s technology and strategic direction.
Today, PeptiMatrix™ supports researchers globally with robust, scalable hydrogel solutions that enable more predictive, ethical, and reproducible in vitro models.
To learn more, visit our product page or contact our team to evaluate our latest hydrogel technologies.
Meet the Team
Our multi-disciplinary team is made up of matrix biologists, cancer scientists, toxicologists, biomaterials engineers, and experienced business professionals.
This allows us to respond to a variety of challenges, and also design hydrogel products which meet the complex and varied demmands of academic and industry research.









