Recently, we published our early results on laser microprinting of functional microelectronics (Nature Commun. 14, 1103 (2023)). Here, we report our progress beyond this work. First, we present a simplified photothermal print scheme – again without the need for post-processing. This scheme includes the purposeful choice of the printing substrate as well as new inks. Second, we present our early results on in-situ monitoring of the metal- and semiconductor-growth processes by time-resolving a weak co-focused reflected probe laser beam. Third, we discuss how the print parameters such as focus speed and laser power influence the morphology of the printed material.
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