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A 3D imaging method called micro-CT uses X-rays to slice through an object to reveal its interior. Similar to hospital CT or “CAT” scan imaging, micro-CT is also known as microtomography or micro computed tomography and is performed on a smaller scale with significantly higher resolution.
The applications for nondestructive volumetric visualization and analyses of mouse, rat, and rabbit foetal skeletons are briefly discussed. Examples given include whole-body soft-tissue/organ visualisation based on micro-CT volumetric imaging, in vivo micro-CT imaging of rat foetuses in utero, high-resolution volumetric imaging and analysis of embryonic bone microarchitecture, and visualisation of unstained, single-, and double-stained foetuses for the evaluation of skeletal malformation.
Other volumetric imaging technologies, such as ultrasound imaging for developmental toxicology, magnetic resonance imaging, positron emission tomography, single photon emission computed tomography, and optical projection tomography. surface rendition is 3 -D CT.
A sophisticated software programe is used to carry it out. Obtaining plain axial scans of the target area is the first step in the procedure. Then, a carefully chosen “threshold” attenuation value is given to the computer.
Global 3D Micro-computed tomography (MicroCT) system market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Bench-Top X-Ray Computed Tomography (CT) System Allows Anyone to Perform Examinations Immediately. Release of XSeeker 8000, the World’s Smallest, Lightest 160 kV Output Model.
Fluoroscopic images of samples rotated between an X-ray generator and a detector are processed by X-ray CT systems, allowing for 3D observations and scanning of a sample’s interior.
Operating the CT instrument, gathering data, reconstructing images, and displaying cross-sectional images are all supported by specialized software. X-ray CT systems have typically only been installed in examination and data analysis departments due to their high cost and size.
Because of this, there is a delay in getting the results of investigations into the causes of quality defects that occur during the manufacturing process, emphasising the requirement for installing CT systems in other departments.
The XSeeker 8000 is simple to introduce due to its low price and small installation footprint, and thanks to its high operability, anyone can conduct exams right away.
