Our applications all exploit the same technology principle, what industry experts call metamaterials, architected materials, or material-by-design. It is a complex interplay of topology, material distribution, and constituent material behavior.
The material-by-design approach builds on the current rapid advancements of additive manufacturing, which can produce novel material systems across many length scales and with multiple functionalities.
It is a proven and powerful way to create products with tailored, often unprecedented performances.
Thermal Metamaterials
Structural Metamaterials
Flow Metamaterials
Next-gen Metamaterials
Partnering with selected Corporate Partners, we aim to bring this powerful approach into consumer goods, creating better-performing solutions that deliver tangible gain creators and enhanced customer experiences ––while significantly reducing CO2 footprints.
Ingenuity is our attitude, and Intellectual Property is among our most valued assets. The team has over 50yrs of combined business and research experience; those include successful entrepreneurial activities, cutting-edge research in applied physics and computational fluid dynamics, and international executive roles in Additive Manufacturing.
The award, sponsored by AM Ventures and assigned by a jury of technical experts and investors, recognises the company among the most promising startups in the country's AM-ecosystem.
The project "AMbelievable™ | Additive Manufacturing <> Unbelievable Performances" ranked second (behind Microsoft) and received a highly commended mention, in the consumer products category. Finalists of the 2023 edition also included HP, Shapeways, Formlabs, and Massivit 3D.
The project "3D Printed Heat Exchanger for Household Coffee Machines" was presented in collaboration with Kilometro Rosso Innovation District (grant agreement No 952176).