Micro CT can not only obtain changes in overall bone mass, but also quantitative indicators of the microstructure of bone trabeculae within the skeleton. By combining the microstructure indicators of bone trabeculae, cortical bone indicators, and bone mass, it can comprehensively evaluate the role of bone strength and bone mass in the occurrence and development of osteoporosis.

High resolution micro CT scanning has achieved three-dimensional visualization of the internal fiber state of the sample, revealing the flexibility and tensile properties of bamboo strips treated with different alkali concentrations. It is an effective method for studying the microstructure of plant fiber materials under different alkali concentrations, and high-resolution CT imaging technology can be applied to similar scientific research.

High resolution micro CT scanning is a powerful tool for analyzing the microstructure of pear fruit with cork disease. Unlike previous studies, researchers have improved their understanding of the microstructure characteristics of pear fruit, nucleus, and flesh from a new perspective.

X-ray micro CT scanning has achieved three-dimensional visualization of the pore and crack structures inside the specimen, effectively characterizing the microstructure of cement-based materials and displaying the real situation inside the material.

High resolution micro CT was used to scan NiTi memory alloy with gradient function, and its appearance and internal defects were non destructively visualized. Combined with other analysis methods, the mechanism of defect formation was revealed.