The dynamic interplay between low-spin (LS) and high-spin (HS) configurations in spincrossover (SCO) materials is one of the most remarkable phenomena in molecular magnetic switches. This bistability, primarily observed in transition metal ions coordinated by meticulously designed ligands, can be triggered by a variety of external stimuli such as temperature or pressure changes, light irradiation, or the inclusion of guest molecules. Since the transition between states involves a redistribution of electrons in molecular orbitals, it not only leads to distinct changes in magnetic properties but also imparts unique optical and mechanical characteristics to the material's states, offering unparalleled versatility in physicochemical readouts. In principle, all these exceptional features make SCO materials a potential cornerstone for a range of applications, including magnetic memories, sensors, actuators, or displays. Nonetheless, despite their promise in many fields, SCO materials often suffer from low processability, which limits their practical use.