September 02, 2025
Lukas has just finished his research project on the development of conductive inks for 3D-printed microelectrode arrays in electrophysiology.
Project Description:
Conductive polymers exhibit mechanical properties like traditional polymers, opening the door to 3D-printing, while also exhibiting conductivity up to 1200 S/cm. However, their use for 3D printing is hampered by the low availability of ink formulations and low resolution. This project provides an approach to formulate 3D-printable conductive inks based on deep eutectic solvent for MEA fabrication.
Zeglio Lab 