Microct medical research prices range from four to five figures.
Micro-CT, also known as micro-CT, micro-focused CT or micro-CT. it is the use of micro-focused X-ray bulb tube different from the ordinary clinical CT, live small animals or a variety of hard tissues and related soft tissues for scanning and imaging analysis of the technology, which has a resolution of up to a few micrometers, second only to the level of synchronous accelerated X-ray imaging equipment, has a good
This technology is a non-destructive 3D imaging technique that allows a clear understanding of the internal microstructure of a sample without destroying it. The biggest difference between it and ordinary clinical CT is that the resolution is extremely high, which can reach the micron level, and a domestic company that independently develops Micro-CT has already improved the resolution to 0.5 μm, which has a good microscopic effect.
Micro-CT imaging principle
Micro-CT imaging principle is the use of micro-focused X-ray dome on the level of various parts of the small animal scanning projection, by the detector to accept the level of X-rays through the level of the visible light, transformed into electrical signals by the photoelectric converter, and then by the analog/digital converter into digital signals, input computer to carry on the work. It is then converted into a digital signal by an analog/digital converter and fed into a computer for imaging.
When X-rays are transmitted through a sample, various parts of the sample absorb X-rays at different rates, and the X-ray source emits X-rays that penetrate the sample and are ultimately imaged on the X-ray detector. Imaging the sample at different angles over 180° is made possible by the Micro-CT machine used by Sunpac Bio which can image the sample at different angles over 360°. The use of a conical beam not only allows for a truly isotropic volumetric image, but also improves spatial resolution and increases ray utilization.