Factor participates in the development of a 3D nanophotonic chip in the CDTI's Misiones program
The FOTONIL24 project promotes More Than Moore integration through NIL technologies and galvanic-optical stacking for high-precision industrial applications
At Factor, we continue to advance our participation in strategic projects such as FOTONIL24, funded by the Center for Technological Development and Innovation (CDTI) in the 2024 call for proposals for the Science and Innovation Missions Program.
The project aims to develop and prototype a 3D integrated nanophotonic chip using More Than Moore technologies, designed for high-precision three-dimensional distance measurement in different industrial sectors.
3D integration and advanced technologies
FOTONIL24 combines advanced Nano Imprint Lithography (NIL) techniques and galvanic-optical wafer stacking, enabling innovative and highly efficient three-dimensional integration.
The More Than Moore approach allows different functionalities to be integrated into the same technological architecture, reinforcing its application in high-precision industrial systems.
The project has been developed in consortium with Photonic Sensors and Algorithms SL, Imasenic Advanced Imaging SL, NUTAI and Omnielectric.
Factor's contribution: high-precision online metrology
Factor has worked on validating the vision technology developed in the project in a high-precision online metrology environment, reinforcing its industrial use and the integration of advanced real-time measurement and quality control systems.
Through FOTONIL24, we continue to advance in our commitment to technological innovation applied to industry, consolidating our participation in strategic R&D&I initiatives.
