Explore our curated collection of technical resources, application notes, and educational content.
Advanced automotive coatings require precise analysis for quality control, failure investigation, and durability assessment. Using high-resolution tabletop SEM imaging and integrated EDS, the Semplor NANOS enables detailed evaluation of coating morphology, layer structure, elemental composition, and defects—directly within automotive production and R&D environments.
Scanning Electron Microscopy (SEM) plays a critical role in the development, quality assurance, and failure analysis of medical stents. High-resolution imaging combined with BSD, SED, and EDS enables detailed evaluation of surface morphology, material composition, drug coatings, and structural integrity in both metallic and bioresorbable stent designs.
Crystalline rock analysis using multi-segment BSE detection enables simultaneous mineral identification and three-dimensional surface reconstruction. By combining atomic number contrast with directional BSE signals, this approach delivers rapid compositional mapping and quantitative topographic measurements in a single SEM acquisition, supporting advanced geological and materials characterization.
Discover how scanning electron microscopy with eucentric tilt enables detailed imaging and microanalysis of dental drill bits. High-tilt SEM imaging combined with EDS reveals cutting-edge geometry, material composition, and wear patterns, supporting improved design, durability, and performance in dental applications.
Learn how tabletop SEM combined with EDS enables accurate detection, identification, and quantification of asbestos fibres. High-resolution imaging and elemental mapping provide detailed insight into fibre size, distribution, and mineral composition for environmental and material safety analysis.
Discover how the brilliant blue color of the Morpho portis butterfly is created through nanoscale wing structures rather than pigment. Using high-resolution tabletop SEM imaging, we analyze the unique ridge and scale architectures responsible for structural coloration, measure their interaction with visible light, and explore how this natural nanotechnology inspires advanced optical, security, and solar energy applications.
