Technological offer

Temperature measurement electronics capable of achieving local thermal stability with µK/√Hz fluctuations in the millihertz range. Ideal for reference metrology, atomic clocks, quantum sensors, and ultra-precision applications.

Innovative device incorporating a nanostructured composite material in one of its electrodes. This design enables up to a fivefold increase in power density compared to commonly used materials.

High-sensitivity standardized system for triboelectric characterization of materials. It detects minimal structural variations, and its easy integration into production lines makes it a strategic tool for Industry 4.0.

New and efficient way of monitoring nano-oscillators, reducing the need for external components and  lowering costs and energy use, while enhancing their performance.

Sensitive DVS that allows to perform foveation, computing temporal contrast on pixels for low and high resolution simultaneously. Ideal for applications requiring both high-speed motion detection and power efficiency, such as autonomous vehicles, robotics, and advanced surveillance systems.

Semiconducting and metallic films were obtained through the novel Massive Parallel Mechanical Exfoliation of van der Waals materials. They consist of ultrathin nanosheets with a thickness ranging from a few atomic layers to several layers of material.

New modal conversion architecture comprising two Y-junctions facing each other, with a subwavelength metamaterial structure in between them.

New device for vacuum sublimation. The sublimator allows the deposition of materials directly onto the desired substrate without using an intermediate Surface or solvents, or other intermediate substances for the deposition.

Self-driving mobile robot that fully automates the entire agricultural grafting process, from the selection of the most suitable seedlings, to the stem cutting process, and its assembly and fixation, without the need for human control or assistance.

Portable diagnostic device for the detection of analytes in biological samples. The biosensor allows a label-free quantitative detection. Simple use, no qualified personnel needed.