The Digital Orbit X-ray (1 Projection) is a diagnostic imaging method used to visualize the bony structures of the eye socket and surrounding areas. This procedure employs digital X-ray technology to produce detailed images of anatomical structures such as the eyeball, orbital bones, sinus cavities, and cranial bones.
 
Principle of the Procedure: During the X-ray, X-rays pass through the patient's body tissues and are detected by a digital detector. The varying degrees of X-ray absorption by bones and soft tissues create contrast on the image, allowing visualization of anatomical structures and identification of pathological changes.
 
Indications for Orbit X-ray:
Eye and Bone Injuries: To diagnose fractures, foreign bodies, and other damages to the orbital bones.
Preoperative Assessment: For planning surgical interventions in the orbital area and evaluating anatomical features.
Suspected Tumors: To detect tumors or other pathological formations in the orbit and adjacent structures.
Inflammatory Processes: To diagnose inflammatory conditions like sinusitis that may affect the orbit.
Developmental Anomalies: To identify congenital anomalies in the orbital bone structures.
 
Preparation for the Procedure: No special preparation is required for the Digital Orbit X-ray. However, it is recommended to:
Remove all metallic jewelry and accessories around the head and neck to avoid artifacts on the image.
Inform the radiologist or medical personnel if you are pregnant or suspect pregnancy to ensure appropriate precautions are taken.
Notify about any conditions that may affect the interpretation of the results.
 
Procedure: The procedure involves:
Positioning: The patient is positioned to ensure proper visualization of the orbital area.
Imaging: The radiologist or medical staff position the patient and equipment to capture the necessary projection.
Immobility: The patient must remain still during the X-ray to prevent image blurring.
X-ray Exposure: X-ray radiation is briefly directed at the orbit, and the image is captured on the digital detector.