At LIRMM, in collaboration with Professor Yassine Haddab and Hamza El Jjouaoui, we faced a major challenge: mastering the fabrication of silicone structures to produce complex, precise, and repeatable shapes for soft robotics applications, while existing manufacturing processes were not sufficient to meet these needs.

With the support of CNRS Innovation, the CLAMPS project was launched with a clear ambition: to develop an innovative silicone object manufacturing process capable of overcoming the limitations of traditional approaches and enabling more complex, precise, and flexible structures.

With the support of SATT AxLR, we reached a major milestone with the completion of our first silicone 3D printer prototype. Designed to work with most silicones available on the market, this prototype was developed to address a wide range of needs across medical, robotics, and industrial applications.

Supported by the BIC de Montpellier, The university of Montpellier, the CNRS, and SATT AxLR, we founded POLYSITY with the ambition of transforming silicone structure manufacturing. By combining unmatched hardware and software expertise, we developed a service offering a value proposition currently unavailable anywhere else on the market.