Function:
X-ray Computed Tomography (CT) Equipment, specifically the 16-row configuration, is a powerful medical imaging tool used for detailed cross-sectional imaging of the body. It employs X-ray technology to create high-resolution images of internal structures, allowing healthcare professionals to diagnose and assess a wide range of medical conditions.
Features:
Scanning Frame: The scanning frame comprises essential components like the X-ray tube assembly, beam limiter, detector, and high voltage generating part. These components work together to emit X-rays, capture the transmitted signals, and produce detailed cross-sectional images.
Patient Support: The patient support system ensures patient comfort and proper positioning during the scan. It aids in minimizing motion artifacts and optimizing image quality.
Console: The console houses the computer image processing system and control part. It serves as the operator interface to initiate scans, adjust imaging parameters, and review the acquired images.
Computer Image Processing System: The advanced computer system processes the raw X-ray data collected during the scan to reconstruct cross-sectional images. This system also enables various image post-processing techniques, enhancing visualization and diagnostic accuracy.
Control Part: The control part allows the operator to manage scan parameters, patient positioning, and image acquisition. It facilitates customization of scan protocols based on the clinical requirements.
System Transformer: The system transformer ensures the appropriate power supply to the CT equipment, maintaining stable and reliable performance.
Options: Additional features and accessories can be included based on the specific product standard, tailoring the system to meet various clinical needs.
Advantages:
High-Resolution Imaging: The 16-row CT system delivers high-resolution images, providing detailed anatomical information for accurate diagnosis.
Cross-Sectional Views: CT scans produce cross-sectional images (slices) of the body, allowing healthcare professionals to examine structures layer by layer.
Diagnostic Versatility: The equipment is versatile, capable of imaging various body parts, including the head, chest, abdomen, pelvis, and extremities.
Rapid Scanning: The advanced technology allows for quick scan times, reducing patient discomfort and the risk of motion artifacts.
Multi-Detector Array: The 16-row configuration refers to the number of detectors used, enabling better coverage and improved image quality.
Detailed Visualization: CT images provide detailed visualization of soft tissues, bones, blood vessels, and other anatomical structures.
Virtual Reconstruction: Computer image processing allows for three-dimensional (3D) reconstructions and multiplanar reformations, aiding in surgical planning and treatment.
