Extra-soft silicone enables realistic replication of the mechanical behavior of biological tissues, providing an essential level of realism for medical training and surgical simulation. Its lifelike feel and deformability help users develop technical skills and prepare for procedures in conditions that closely mimic real clinical practice.

Extra-soft phantoms are used for medical student training, preoperative surgical planning, and medical device validation by healthcare and industry professionals.

Soft silicone is an excellent material for manufacturing functional prototypes, tooling, and testing components requiring durability and elasticity. Its mechanical resistance, flexibility, and long-term stability make it well suited for industrial environments where realistic material behavior is needed.

Soft Silicones parts are used for rapid prototyping, robotics, quality control, and the development and validation of products that incorporate flexible components.

By developing a 3D printing process specifically designed for silicone materials, we created a technology capable of processing materials with widely different properties within the same system, including rigid polymers, highly viscous liquid silicones, and thermosensitive gels.

Unlike conventional silicone 3D printers, our approach is material-agnostic, enabling compatibility with a broad range of commercially available silicone and material formulations.