The NIGHTSEA Model SFA adapter system adds a versatile fluorescence capability to the Hirox digital microscope series. It can be used in a wide variety of applications, as illustrated by the examples below. Scroll down, or jump to any section of interest. Visit our Hirox product page for more information on the system and to request a quotation.
Examining electronic components that was embedded in epoxy, cross-sectioned, polished, and highlighted with a fluorescent epoxy-like dye. While the manufacturer of the fluorescent dye recommended excitation with ultraviolet light, our Royal Blue light head was used for these images, and was found to be superior to ultraviolet. You can read more about this kind of inspection application in the article on this web site.
Conformal coating on a circuit board, with damage. Images made with Ultraviolet excitation (left) and white light.
The images below were made from a 20μm concrete thin section with the NIGHTSEA Royal Blue excitation. As with the electronic components above, the manufacturer of the fluorescent dye recommended excitation with ultraviolet light. Our Royal Blue light head was used for these images and was found to be superior to ultraviolet. You can read more about this kind of inspection application in the article on this web site.
Thin section courtesy of Department of Mineralogy and Geochemistry, Institute of Geoscience and Geography, University Halle-Wittenberg, Germany.
Small motor shaft with epoxy where it does not belong. Imaged with white light (left) and ultraviolet excitation, 20x magnification.
Nylon 6,6 granules can manifest a process defect called ‘gel’ and if there is too much of this in a production batch it can compromise downstream production. The gel shows up as a brighter fluorescent area within the fluorescing granule. You can read more about this in our application article. Images made with Royal Blue excitation.
This mineral sample, collected at the Sterling Hill Mine in Ogdensburg, New Jersey, contains willemite (green fluorescence), calcite (red fluorescence) and franklinite (black – no fluorescence).
Small bone fragment in sand.