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Cone Beam CT Scan

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Cone Beam CT Scan

Cone Beam CT Scan in Rexburg, ID — 3D Dental Imaging for Better Diagnoses

Standard dental X-rays show a lot — but they only show a two-dimensional image. When Dr. Stout needs to see the full picture of your jaw, sinuses, nerve pathways, or bone structure, we use a cone beam CT scan.

A cone beam CT — also called CBCT or 3D dental imaging — captures a detailed, three-dimensional view of your oral anatomy in a single scan. It’s faster than a hospital CT, uses significantly less radiation, and gives us information a flat X-ray simply can’t provide.

When Is a Cone Beam CT Scan Used?

There are several situations where 3D imaging is the most useful tool we have:

  • Planning dental implant placement — to map bone density, volume, and nerve locations
  • Evaluating impacted teeth, particularly wisdom teeth that haven’t erupted properly
  • Diagnosing temporomandibular joint (TMJ) issues
  • Assessing bone loss from periodontal treatment — tracking how far gum disease has progressed
  • Evaluating complex root canal anatomy before treatment
  • Investigating unexplained tooth or jaw pain — the kind that warrants a call to our emergency dentist line

 

When we need more information than a standard X-ray provides, CBCT is the tool we reach for.

What to Expect During the Scan

A cone beam CT scan is fast and non-invasive:

  • You sit or stand still while the imaging unit rotates around your head
  • The scan takes about 10 to 20 seconds
  • There’s no injection, no pain, and nothing goes in your mouth
  • Results are available immediately and reviewed with you the same day

 

Including setup, the entire process usually takes less than five minutes.

Is It Safe?

Yes. Cone beam CT scans use significantly less radiation than hospital CT scans — typically less than a full set of traditional dental X-rays in some configurations. Like all imaging, we use CBCT only when the clinical benefit justifies it. It’s not used as a routine screening tool — it’s ordered when we have a specific diagnostic need.

Imaging and Treatment Planning in One Visit

When Dr. Stout can review 3D images and discuss a treatment plan in the same appointment, it saves you a trip and speeds up the path to treatment. That efficiency is especially valuable when planning something like implants or a complex extraction — you leave the appointment with a clear plan rather than waiting for results.

Dr. Stout Uses the Data to Plan Better

Dr. Craig Stout uses cone beam imaging as part of his planning process for implants and other complex procedures. Having a precise 3D map of your anatomy reduces surprises during treatment and lets him approach each case with a higher level of confidence — which benefits you directly in the form of more predictable results.

Serving Rexburg and Eastern Idaho

Family First Dental provides advanced imaging for patients from Rexburg, Rigby, Sugar City, St. Anthony, and across the region. Call (208) 400-9946 to book an appointment and discuss whether a cone beam scan is part of your treatment plan.

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Ready To Schedule Your Appointment?

Our friendly team at Family First Dental is here to help! Contact our office in Rexburg today and let us take care of your dental health.

Questions About Cone Beam CT Scans

What is a cone beam CT scan at the dentist?

A cone beam CT is a 3D imaging tool that captures detailed views of the teeth, jawbone, sinuses, and nerve pathways. It gives your dentist information that standard flat X-rays cannot provide.

Is a dental CT scan safe?

Yes. Cone beam CT uses a fraction of the radiation of a hospital CT scan. We follow ALARA principles — using the lowest dose that provides the diagnostic information we need for your specific case.

How long does a cone beam scan take?

The scan itself takes about 10 to 20 seconds. Including setup and image review, the full process usually takes under 10 minutes.

Why would a dentist order a CT scan?

Common reasons include planning implant surgery, evaluating impacted teeth, diagnosing unexplained jaw pain, assessing bone loss, or clarifying root canal anatomy before treatment.