Discover the most versatile micro-CT systems available in the market, providing exceptional resolution, high throughput, and optimal image quality for multi-scale analysis, from module to electrode.
TESCAN's micro-CT systems offer up to 11 degrees of freedom, allowing scanning of large samples using intricate scanning geometries. Our intuitive VOIs™ scanning workflow, informed by overview scans, offers a comprehensive multi-scale approach that delivers insights at both centimeter and micrometer levels.
With high temporal resolution scanning, each scan takes just a few seconds, enabling high throughput scanning of multiple samples. Our systems offer true dynamic micro-CT, allowing real-time and 3D observation of processes - or as we call it, 4D - for unparalleled insights into sample behavior. By optimally integrating all major micro-CT components, we ensure the best image quality in the shortest scan times. This makes micro-CT analysis a crucial step in the TESCAN battery workflow.
Key Benefits of TESCAN Micro-CT Systems
Non-Destructive Characteri-zation
Obtain detailed information about internal structure of the whole batteries in no time.
Comprehen-sive Volume Analysis
Leverage multi-scale approach that delivers insights at both centimeter and sub-micrometer levels.
Wide
Range
of Samples
Study complete battery systems or single components with maximum throughput.
High-Throughput Analysis
Obtain valuable micro-CT data at unprecedented speed.
User-Friendly Interface
Simplify your data collection process with user-friendly controls.
Multi-Scale VOIs™ Workflow
Make detailed scans only from areas that matter.
Experience the Full Range of Benefits with TESCAN Micro-CT Systems
- Ensure Maximum Battery
Cell Quality:
Quickly perform non-destructive, large-scale inspections of the entire battery after electrode winding/stacking, cell assembly, and electrolyte filling. Examine electrode alignment, overhang, current collector connections, and casing quality. - Prevent Battery Capacity Fade with Defect Detection:
Identify contamination, large-scale voids, cracking, and delamination in assembled and/or cycled cells. Utilize the multi-scale correlative capabilities of TESCAN’s VOIs™ workflow for detailed defect analysis.
- Enhance Battery Performance:
Conduct sub-micron resolution studies of electrode porosity, interconnectivity, and particle size distribution within mm-scale volumes of battery material. - Support Failure Analysis and Extend Battery Lifespan:
Conduct dynamic in-situ cycling experiments on batteries and monitor physical and degradation processes
in real-time.
