Why 3D Dental Imaging Matters

If you’re wondering why 3D dental imaging is so important, consider this: it can differentiate between a profitable practice and one that fails to stay current. While some may consider the increased radiation exposure associated with traditional radiography a drawback, newer techniques are more patient-friendly and healthier for patients. And because full 3D images can be generated in a single pass, patients don’t have to endure the grueling process of getting a 2D appearance of their teeth. As a result, many dental practitioners are embracing 3d dental imaging fort collins co. Read on to learn more about 3d dental imaging.

CBCT scans are non-intrusive

CBCT scanners are a non-invasive, x-ray-free procedure used in dentistry to evaluate oral problems. CBCT images can identify pathologic calcifications and distinguish them from noteworthy ones, such as carotid artery calcifications. This technology is indispensable in dental endodontics, where it helps make measurements without magnification or distortion.

Although dental CBCT scans use a significant amount of radiation, they are less hazardous than medical CT scans. Medical CT scans expose you to up to 63-154 days of background radiation, which is present in the environment around you. CBCT scans expose patients to a fraction of that background radiation, usually six to 30 days. However, the radiation dose from dental CBCT scans is significantly higher than a regular x-ray. Therefore, dentists only recommend this type of procedure when necessary.

CBCT scans are fast and convenient. The entire mouth scan takes approximately 20 to 40 seconds. During this time, patients sit quietly while the x-ray arm rotates around their heads. They may be given stabilizers to hold their head still during the procedure. Afterward, they can go back to their usual activities, including eating and drinking. These scans can provide important information about oral health and save your life.

They reduce radiation exposure.

Cone-beam CT scanners have helped dentists reduce their radiation exposure, and these devices produce detailed views of the mouth, skull, and oral tissues. The 3D images provide a clear picture of bone structure and density. The photos also help dentists see the nerves, tissues, and other structures in the mouth. Compared to traditional x-rays, 3D scans reduce radiation exposure by 90%.

To reduce radiation exposure, dentists often compare their x-ray dose to the background radiation. While it is true that one intraoral x-ray is equivalent to 20 minutes of background radiation, this comparison does not apply to dental scans. Instead, dentists should reduce radiation exposure by opting for faster films. The same high-quality 3D scans can minimize radiation exposure by up to 97%.

They are effective in detecting advanced stages of periodontal disease.

The CBCT method is an important technique used in dental diagnostics. The three-dimensional image of the gums can detect a variety of signs of periodontal disease, including fuzziness and a wedge-shaped radiolucent area within the PDL space. This technology may help diagnose occlusal trauma or systemic diseases by adequately observing these areas. In addition, it can help in planning a wide range of dental procedures.

While patients with periodontal disease do not feel pain, they may notice specific symptoms. For example, they may see a change in their bite or bleeding during brushing. However, these symptoms are often so subtle that they may not be noticed until moderate stages of periodontal disease have progressed. In a healthy mouth, the gums attach to the teeth securely, and the bone beneath them is dense and firm.

They are user-friendly

3D dental imaging is becoming increasingly popular among dentists as it provides a more accurate and detailed image than traditional 2D x-rays. The imaging process is user-friendly, with no need to bite the mold or hold it in one’s mouth. The images are more precise because 3D imaging can distinguish between different types of tissues. Moreover, the procedure does not cause the patient any pain or discomfort, making it ideal for patients with pain or gum sensitivity. Moreover, dental practitioners can quickly learn how to use the technology, and patients can even perform the procedure in one’s own homes.

With this new technology, dentists can view dental images in three dimensions. The images can be magnified and annotated, and the dentist can re-organize data for better analysis. It allows dentists to identify potential problems and create highly customized treatment plans for their patients. Moreover, the new technology can also help identify infections and abnormal sinuses. By viewing these images, dentists can identify the source of the pain and make appropriate recommendations for treatment.