True 4D Imaging in the Laboratory
Capture real-time structural evolution with continuous, uninterrupted scanning. DynaTOM delivers high quality dynamic tomography directly in the lab for time-resolved material studies.
Dynamic, Non-Destructive Micro-CT for True 4D Material Analysis
Tescan DynaTOM
Tescan DynaTOM enables real-time 4D insights into material behavior under true experimental conditions. Its rotating gantry with a fixed sample allows continuous, non-destructive imaging during in-situ experiments, making it the world’s first and only laboratory micro-CT system of its kind. With high temporal resolution, uninterrupted scanning and advanced 4D reconstruction, it brings synchrotron-like capabilities into the laboratory.
- Continuous, high-speed 4D imaging for real-time material analysis
- Non-destructive in-situ micro-CT with a fixed sample and rotating gantry
- Temporal resolution of less than 10 seconds per rotation
- Real-time reconstruction for faster experiment feedback
- Designed for complex in-situ testing stages — no cable management issues during rotation
Tescan DynaTOM in Materials Science
Real-time 4D insight for structural and mechanical studies
- Real-time 4D imaging for deformation and phase transformation analysis
- Continuous, non-destructive micro-CT scanning under in-situ conditions
- High temporal resolution for observing transient microstructural events
- Dynamic correlation of mechanical, thermal, and chemical responses
TEescan DynaTOM enables materials scientists to visualize how structures form, deform and perform during heating, loading, or environmental exposure. Its uninterrupted 4D imaging captures the complete sequence of microstructural changes (such as cracking, densification, and grain growth). This helps researchers connect material behavior directly to performance and reliability.
Tescan DynaTOM in Energy and Batteries
Dynamic micro-CT for studying electrode evolution and interface stability
- Dynamic imaging for tracking electrode morphology during cycling
- Non-destructive visualization of cracking, porosity, and delamination
- Real-time monitoring of electrolyte movement and structural degradation
- Continuous data capture for understanding charge–discharge dynamics
DynaTOM reveals the internal processes that shape performance and safety in batteries. Energy researchers gain continuous, real time insight into how electrodes and interfaces evolve during operation.
Continuous imaging and fast temporal resolution uncover the structural changes that occur during cycling, supporting clearer understanding of degradation pathways and material optimization.
Tescan DynaTOM in Geoscience and Porous Media Research
In-situ dynamic visualization for pore-scale and multiphase flow studies
- Real-time imaging of trapping and displacement in porous rocks
- Analysis of permeability, porosity, and saturation behavior
- Dynamic visualization of flow fronts and fracture propagation
- Controlled in-situ environments for studying fluid-rock interactions
Tescan DynaTOM enables direct observation of how fluids move through complex porous networks in geoscience. Continuous 4D imaging captures structural and flow changes under realistic conditions. This supports studies in carbon and hydrogen storage, and reservoir performance.
Tescan DynaTOM in Industrial and Manufacturing Research
Time-resolved tomography for process optimization and quality assurance
- Non-destructive inspection of materials and components under stress
- Visualization of crack initiation, fatigue, and failure mechanisms
- Dynamic analysis of additive manufacturing and thermal processing
- Correlation of design parameters with structural performance
For industrial R&D, Tescan DynaTOM provides engineers with real-time insight into how materials behave during manufacturing or testing. Its ability to visualize structural evolution under load or temperature helps optimize process parameters, validate designs, and improve long-term product reliability.
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