MICROELECTRONICS & OPTOELECTRONICS
Applications
Maskless lithography can easily replace traditional lithography for your microelectronics research. Smart Print UV allows the customization of designs faster and cheaper than making hard masks, so prototypes are easy to make. The precise alignment needed for microelectronics can be achieved using SP-UV Advanced, which has an alignement accuracy of 1 µm. Print on any substrate, from wafers to flexible plastic. SP-UV is also very useful to align and print electrodes fitted for specific 2D materials.
Contact electrodes patterned in a AZ 1512 HS resist before metal deposition - Realized with Smart Print UV
Device with realignment step on the tracks to define electrodes in the resist (top of the image) and definition of junctions (square and round) in the resist (bottom of the image) – Courtesy of F. Godel, France - Realized with Smart Print UV
Microheater actuator on a PolyPropylene substrate for straintronic applications - Courtesy of A. Castellanos-Gomez, Spain, Nano Lett. 2020, 20, 5339−5345 - Realized with Smart Print UV
GaInP solar cell structures, Courtesy of E. Antolin, Spain - Realized with Smart Print UV
Undercut structure fabricated on a bilayer resist on a sapphire substrate - Courtesy of E. Antolin, Spain - Realized with Smart Print UV
MoS2 van der Waals homojunction solar cell on SiO2/Si - Courtesy of E. Antolin, Spain, Nano Energy, 2021, 79, 105427 - Realized with Smart Print UV
FET devices based on Graphene and MoS2 flakes – Courtesy of J. Island, USA, Nanomanufacturing 2021, 1, 49–56 - Realized with Smart Print UV
Exfoliated 2D materials transferred on contact electrodes – Courtesy of J. Island, USA - Realized with Smart Print UV
Contact electrodes on GaSe 2D flakes – Courtesy of A. Castellanos-Gomez, Spain - Realized with Smart Print UV
Contact electrodes on GaSe 2D flakes – Courtesy of A. Castellanos-Gomez, Spain - Realized with Smart Print UV
Contact electrodes on exfoliated 2D materials – Courtesy of E. Antolin, Spain - Realized with Smart Print UV