High Spatial Resolution micro-CT for Real-Time and In Situ Material Characterization
Tescan UniTOM HR is built for research environments where spatial resolution and structural insight define success. Its sub-micron X-ray source, precision stages, and flexible detector configurations enable sub-micron imaging with optimized contrast across diverse materials. Combining high spatial and temporal resolution with true in situ capability. High spatial resolution down to 600 nm for detailed 3D structural visualization
High spatial resolution, non-destructive imaging for structural and dynamic analysis
Tescan UniTOM HR helps materials researchers visualize structural details and how different processes can impart changes in real time. Its spatial and temporal resolution reveal cracking, deformation, and phase transformation as they occur, providing reliable insight into material behavior and stability.
Dynamic micro-CT for studying structural and chemical changes during operation
Tescan UniTOM HR gives energy researchers the detail and speed needed to study materials in action. Dynamic and multiscale imaging reveal degradation and transport processes that guide safer, longer-lasting battery designs.
High-resolution, non-destructive imaging for dynamic fluid flow and pore-scale analysis
TESCAN UniTOM HR allows geoscientists to observe fluid movement and structural change inside rock samples. Its large-sample capacity and fast imaging support CO₂ and H₂ storage, mineral dissolution, and reservoir-scale research.
High-contrast, non-destructive imaging for soft and biological materials
Tescan UniTOM HR provides the resolution and contrast needed for non-destructive imaging of soft and biological samples. Researchers can observe changes over time, supporting studies in tissue engineering, biomaterials, and medical device development.
High spatial resolution micro-CT for internal structure and defect analysis
Tescan UniTOM HR combines precision imaging and detector flexibility for electronic and semiconductor analysis. It reveals internal geometries and defects with clarity, supporting process optimization and reliability testing.
Tescan UniTOM HR integrates seamlessly with the Acquila™ and Panthera™ software, providing coordinated control of acquisition, reconstruction, and visualization. Dynamic CT experiments run continuously while data reconstruction and analysis proceed in parallel, ensuring efficient operation and maximum data throughput.
The software suite offers automated workflow management, live monitoring, and intuitive visualization tools that shorten setup time and improve reproducibility. Acquila™ and Panthera™ synchronize imaging with external stages and detectors, ensuring stable, real-time control during in situ experiments.
