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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Visualize ultrastructure across cells, tissues, and organoids with imaging workflows designed to protect delicate biological samples. Tescan’s Cryo-FIB-SEM enables high-contrast imaging, precise sample preparation, and consistent results — all while preserving native structure.
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.
