Within LEDNA, miniaturized devices integrating porous materials have been developed for analyte enrichment via Solid Phase Extraction (SPE). However, the currently used fluid handling systems within these devices are poorly compatible with miniaturized formats and automation, inherently limiting the simplification and speed of SPE protocol execution. In this context, the objective is to develop a fluidic control system for miniaturized SPE devices and subsequently evaluate its performance within SPE protocols.
