Multiscale imaging
Move from large volumes to fine details within the same workflow using Volume of Interest Scanning.
Tescan UniTOM® XL for Materials Science
Tescan UniTOM® XL is a versatile micro-CT system designed for laboratories that require flexibility across sample sizes, imaging modes, and experimental setups. It enables high-resolution non-destructive 3D imaging as well as continuous dynamic CT for real-time in situ studies. With intuitive multiscale workflows and open software, UniTOM® XL supports research on complex, heterogeneous materials, from structural composites to additively manufactured parts.
- Scan entire samples up to 1 meter tall and 60 cm in diameter
- Multiscale imaging workflow for zooming from whole parts to pores and cracks
- Dynamic CT for visualizing how materials form, deform, and fail
- In situ access with radiation-safe feedthroughs and slip-ring technology
IN MATERIALS SCIENCE
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Capture Internal Deformation in Real Time
Analyze microstructural changes, internal stresses, and failure pathways in AM structures under load using dynamic micro-CT with no mechanical interruption.
Quantify Porosity Across Scales in Composite Wind Blade Engineering
Capture internal porosity in full-scale components for composite wind blade engineering without cutting, repositioning, or compromising resolutio
Quantify Internal Defects in Asphalt and Concrete without Sectioning
Perform non-destructive asphalt and concrete analysis at multiple scales without sacrificing context, resolution, or sample integrity.
FAST RECONSTRUCTION AND VISUALIZATION
Panthera™ is optimized for rapid reconstruction and visualization of 3D and 4D data. It enables automated pipelines, batch processing, and real-time visualization of dynamic experiments.
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GPU-accelerated 3D and 4D reconstruction
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Batch reconstruction of large datasets
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Visualization and export of volumes, slices, and movies
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Alignment, registration, and analysis of 4D series
Unlocked content
Output Examples
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