Advanced equipment

Image Name

CT and MRI Imaging

Computed Tomography (CT) uses a computer to analyze enhanced, cross-sectional X-ray images. At its core, CT relies on precisely collimated X-ray beams that, paired with highly sensitive detectors, sequentially scan a specific area of the body in thin slices. During each scan, the detector captures information about the X-rays that have been attenuated as they pass through the body. This analog data is then rapidly converted into digital form via an Analog-to-Digital (A/D) converter before being fed into a powerful electronic computer. The computer processes this data at high speed, calculating the X-ray absorption coefficients for every point within the scanned slice—these values are organized into a matrix that forms the basis of the final image. Finally, the image is displayed on a monitor, where varying levels of grayscale clearly highlight different structures, making bones particularly easy to visualize.
CT and MRI Imaging

Computed Tomography (CT) is a technique that uses computer-aided analysis of enhanced, cross-sectional X-ray images. At its core, CT relies on precisely collimated X-ray beams and highly sensitive detectors that rotate around a specific area of the body, capturing one cross-sectional image after another. During each scan, the detectors capture information about the X-rays that have been attenuated as they pass through the body. This analog data is then rapidly converted into digital signals by an Analog-to-Digital (A/D) converter, before being fed into a powerful electronic computer. The computer processes this data at high speed, calculating the X-ray absorption coefficients for every point within the scanned slice. These calculated values are organized into a matrix, which forms the basis of the final image. Finally, the image is displayed on a monitor, where varying levels of grayscale clearly highlight different structures—making bones particularly easy to visualize.