Title: Chemical sensors using nanoimprinting: development of inks and films deposition by laser ablation.

The main objective of the joint project is the development of conductive inks to be used by the nanoimprinting technique in the development of flexible sensors. Once the devices are printed, resistive films of nanomaterials with the objective of producing selective sensors to different compounds will be deposited by laser ablation.

In the FAN we have our own laboratory equipped with a group of professionals trained to carry out our projects and develop others in collaboration with companies and scientific-technological institutions related to nanotechnology. For this, we have a series of high-quality equipment that allows us to strengthen our lines of work in polymers, printed electronics, measurement and product design.

Equipment and Labs

Twin screw extruder. Thermo Fisher Scientific Process 11;

Ultrasonic Homogenizer,

Fluorescence X-ray gun – Oxford x Met 8000

3D Printer with two heads. Chimak Leon 2000.

Printed electronics. Ceradrop – Ceraprinter X-Serie.

Microscope AFM .NanoSurf

Raman Spectrometer, Tecs