Fluorescence microscopy is often considered as a technique geared toward examining biological samples. However, fluorescence microscopy is also a powerful tool for industrial applications. From detecting cracks and other defects in materials to evaluating semiconductors for contaminants, fluorescence microscopy facilitates the inspection of diverse industrial samples. There are multiple Olympus microscopes capable of fluorescence microscopy, such as the DSX1000 and the BX53M. In this webinar, we discuss the fundamentals of fluorescence and demonstrate the advantages of utilizing fluorescence for a broad range of industrial applications. |
Fluorescence microscopy is often considered as a technique geared toward examining biological samples. However, fluorescence microscopy is also a powerful tool for industrial applications. From detecting cracks and other defects in materials to evaluating semiconductors for contaminants, fluorescence microscopy facilitates the inspection of diverse industrial samples. There are multiple Olympus microscopes capable of fluorescence microscopy, such as the DSX1000 and the BX53M. In this webinar, we discuss the fundamentals of fluorescence and demonstrate the advantages of utilizing fluorescence for a broad range of industrial applications.