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
Where Tescan DynaTOM® makes the difference
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.
Non-Destructive In-Situ Experiments
A fixed sample stage with rotating source and detector enables complex in-situ setups without cable interference, preserving sample integrity throughout the experiment.
Continuous Data Acquisition
High temporal resolution (less then 10 seconds per rotation) ensures smooth, continuous capture of events and rapid processes.
Seamless Workflow Integration
Acquila™ and Panthera™ software environments manage acquisition, reconstruction, and visualization. This provides complete experimental control from setup to analysis.
Compatible with Complex Experimental Workflows
Engineered to support heating, compression, flow, and electrochemical setups, DynaTOM® accommodates a wide range of in-situ environments.
Synchrotron-Like Results, Laboratory Accessibility
Advanced detector technology and optimized geometry bring large-scale facility performance to everyday research, making high-speed 4D imaging more accessible.
Tescan DynaTOM® integrates dedicated 4D reconstruction and visualization tools that process data as it’s being acquired. These tools enable real-time feedback during in-situ experiments, allowing researchers to adjust conditions and capture critical moments with precision. The dedicated software tools for dynamic imaging reduce iteration cycles, accelerate data interpretation, and ensure each experiment delivers actionable, time-resolved insights into material behavior.
Tescan DYNATOM® Applications
- Tescan DYNATOM® in Materials Science
- Tescan DYNATOM® in Batteries
- Tescan DYNATOM® in Geoscience
