Why it matters:
Micro-CT offers high-resolution 3D imaging for the detailed analysis of material and biological samples without damaging them, ensuring preservation for future studies. It enables scientists to extract quantitative data from 3D images and measure parameters using digital models for comparative analysis in before-and-after studies.
What he's saying:
A faculty member at Tehran University of Medical Sciences Hossein Ghadiri Harvani stated that three-dimensional imaging is a crucial aspect of various scientific research fields. He explained that due to sanctions, Iran was unable to import these devices, prompting the need for domestic production.
Key points:
- The micro-CT scanner is capable of high-resolution, three-dimensional imaging at a micron-scale using X-ray technology.
- It is distinct from conventional hospital CT and industrial CT scanners, offering superior imaging quality for small samples.
- The device is designed for non-destructive imaging and is particularly valuable for fields such as electronics, materials engineering, oil and gas, biomedical sciences, and geology.
- The scanner allows for the analysis of microstructures in engineering materials, digital rock analysis for petroleum exploration, and detailed fossil studies without damaging specimens.
- Iranian universities and research institutions have already incorporated the device into their studies, further strengthening Iran’s research infrastructure.
Go deeper:
The development of LOTUS-NDT micro-scanner aligns with Iran’s broader strategy of achieving technological independence. The project was recognized as one of the top applied research initiatives at the 38th Khwarizmi International Award, showcasing Iran’s growing capabilities in advanced scientific research and industrial innovation.
The closing ceremony of the second NEXT National Award Event Held in Isfahan
ahmad shirzadian
