Cone Beam CT Scan

Cone Beam 3D xrays

We, at Smile Innovations in Tempe, AZ, are proud to offer cone beam computed tomography (CT) scans to our patients. The revolutionary technology allows us to capture high-resolution 3D images of your mouth, which enables us to create targeted, individualized treatment plans. Our goal is to ensure that you always receive the best care possible.

What is a dental Cone Beam CT (CBCT) Scan?

A CBCT scan is a quick and painless, non-invasive dental imaging procedure that utilizes specialized x-ray technology and equipment to generate more detailed information than a traditional x-ray. A CBCT scan can provide us with a 360° view of your mouth, and can also produce high-resolution 2D images or full 3D views of your teeth, sinuses, tissues, nerve pathways, bone, and other structures.

What are the uses of CBCT Scans?

The device can be used for volume scans, which capture images of the entire mouth,  or it can focus in on specific areas. It produces images superior to traditional x-rays or MRI scans which only create 2D pictures of soft tissues, meaning they cannot perform bone scans which may be needed for dental planning.

CBCT scans are often used to plan orthodontic treatment, along with diagnosing temporomandibular joint disorder (TMD) and evaluating the sinuses, nerve canals, and jaw and nasal cavity. They allow for a better understanding of the bone structure and tooth orientation, along with providing invaluable information when it comes to surgical planning for impacted teeth, and determining the accurate placement of dental implants.

What are the benefits?

CBCT scans capture dental images from multiple angles, allowing for a more complete assessment of your mouth. They provide precise, accurate visual data that can help us develop plans appropriate for your needs. You are exposed to much less radiation than with traditional x-rays. 

What should you expect?

Before the CBCT scan begins, we may ask you to remove any metal accessories which may interfere with the outcome of the scan. You will need to be as still as possible while the device circles around you to capture multiple images that are reconstructed to create a single 3D image.