Develop stronger, lighter, and more durable materials with Tescan’s SEM and FIB-SEM solutions. Gain precise structural and compositional insights for failure analysis, quality control, and material innovation.
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Streamline development and quality control with Tescan’s FIB-SEM and STEM systems. Gain accurate, nanoscale insight into structures, interfaces, and defects to optimize fabrication processes and extend device performance.
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Reveal electrode structure, monitor interface degradation, and detect dendrite growth using Tescan’s SEM, FIB-SEM, and cryo workflows. Preserve fragile chemistries while gaining structural and compositional insight across ambient and cryogenic conditions.
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Reveal biological ultrastructure: From surface morphology to complex three-dimensional volume analysis, Tescan’s SEM and FIB-SEM imaging solutions deliver high-resolution, high-contrast imaging, ensuring reliable performance across various sample types. Operating at both cryogenic and conventional temperatures, Tescan systems are the ideal choice for every modern life science laboratory.
Analyze rock cores, cuttings, and thin sections with workflows that reveal pore morphology, mineral composition, and structural variation. Tescan’s FIB-SEM and micro-CT systems support non-destructive 2D and 3D imaging for high-resolution insight across geological samples.
Tescan’s SEM platforms provide high-resolution imaging and surface analysis with exceptional contrast, detail, and ease of use—ideal for materials research, quality control, and analytical applications.
Tescan FIB-SEM systems combine fast, precise milling with high-resolution imaging and advanced automation. Choose from Ga or Xe plasma FIB sources to match your needs in sample prep, prototyping, or failure analysis.
Tescan’s X-ray micro-CT systems deliver fast, high-resolution 3D and 4D imaging for non-destructive internal analysis. Dynamic in-situ capabilities and modular designs make them ideal for advanced research across materials, life sciences, and energy storage.
Tescan's TENSOR is the first 4D-STEM platform built for intuitive multimodal nanocharacterization, combining structural, morphological, and chemical insights in every scan. Real-time data processing, automation, and scripting support make it ideal for both routine and advanced research.
