3D CBCT
CBCT stands for dental cone-beam computed tomography.
3D CBCT
CBCT stands for dental cone-beam computed tomography. This special 3D X-ray technology is employed by Orthodontists to produce three dimensional (3D) images of parts such as soft tissues, bones, and teeth. This is crucial for orthodontic treatment as we can learn about the quality of your bone and health of your teeth which will allow us to advise you the appropriate treatment mechanics and plan.
We use Vatech’s CBCT technology which offers a clear and precise image that is available on the market. A single scan in just within few seconds can provide more information with less radiation compared to multiple 2D conventional X-rays. It can provide a 360° view of your mouth, intricate 3D views of your bone, teeth, and surrounding structures. This helps us to find how your teeth that are located in a bone in a three dimensional view.
HOW DOES CBCT HELP IN ORTHODONTIC TREATMENT?
At Smile City Orthodontics, we believe in using the most latest technology to provide the best treatment for our patients. We use advanced 3D CBCT which provides the most precise and high quality panoramic images by combining image processing and accumulated experience.
3D CBCT at
The application of CBCT in orthodontics is:
- Information on the stage of dental development
- Evaluation and detection of any supernumerary teeth
- Evaluate bone quality in patients with cleft palate
- Location of any teeth that are impacted
- More details regarding any pathology if identified during examination
- Assessment of bone levels in patients with gum disease or periodontal disease
WHAT IS THE DIFFERENCE BETWEEN 2D AND 3D X-RAYS?
The biggest difference is the value in the diagnostic image and this is obtained by a three dimensional visulatization that can help the orthodontist plan the treatment case accordingly. Moreover less radiation is used with much more valuable information.
Contact Smile City Orthodontics in Sunnyvale, TX, to learn more about 3D X-ray imaging for an accurate diagnosis and efficient treatment planning.
