Flow Imaging Microscopy (FIM), also known as Dynamic Image Analysis (DIA), is an innovative analytical technique that enables the capture of high-resolution images of particles suspended in a fluid as they flow through a detection system. This method surpasses traditional particle analysis techniques, which typically measure only size or volume, by providing comprehensive visual and morphological data. As a result, FIM allows researchers to examine particle shape, structure, and behavior in real time, making it a vital tool for applications where particle morphology significantly influences product performance, stability, and quality.