Dental 3D Tomography (CBCT) is an advanced imaging modality that uses cone-shaped X-ray beams to produce volumetric and cross-sectional images of the oral region. By providing a 1:1 scale view of everything from bone density to nerve pathways, it eliminates guesswork in implant surgery and complex oral extractions.
Treatment Process :
Positioning: The patient is positioned at the center of the CBCT unit. The head is gently stabilized to ensure millimetric clarity during the scan.
Rapid Scan: The scanner arm rotates 360 degrees around the patient's head, capturing hundreds of individual images. The process is typically completed in under 20 seconds.
3D Reconstruction: Specialized software assembles the data to create a high-definition digital "twin" of the patient's teeth and jaw structure.
Virtual Simulation: The clinician can virtually place implants, measure bone thickness, and map critical anatomical landmarks like sinuses and nerve canals on screen.
Guided Surgery: When necessary, these digital models are exported to 3D printers to fabricate custom surgical guides, ensuring flawless execution during the actual procedure.
Benefits and Advantages :
Precision Planning: Provides depth perception that traditional 2D X-rays cannot, maximizing the safety of surgical interventions.
Minimally Invasive Approach: Since the bone morphology is fully known beforehand, surgery is faster, less traumatic, and results in a more comfortable recovery.
Optimized Radiation Dose: Delivers high-resolution results with significantly lower radiation exposure than medical-grade CT scans.
Comprehensive Diagnosis: Invaluable for detecting cysts, tumors, or complex root canal morphologies that might remain hidden in conventional imaging.