Applications
Life Science
Materials Research
Natural Resources
Pharmaceuticals
Electronics
Materials Research
- Material Research- Characterize materials, observe fracture mechanics, investigate properties at multiple length scales, quantify and characterize microstructural evolution. Perform in situ and 4D (time dependent) studies
- Natural Resources- Characterize and quantify pore structures, measure fluid flow, study carbon sequestration processes, analyze tailings to maximize mining efforts,3D mineralogy.
- Life Sciences- Perform virtual histology, visualize cellular and subcellular features, and characterize submicron structures in samples with high resolution, high contrast images of cellular and subcellular structures.
- Electronics- Non-destructive submicron imaging of intact packages for defect re- localization and characterization to optimize your processes development, study package reliability, perform failure analysis, and analyze package construction.
- Pharmaceuticals- visualize the distribution of ingredients in the final dosage, characterize foreign material based on density, shape or size, detection of anomalies in formulations and measure the thickness and uniformity of coatings applied to tablets and capsules