Advanced 3D Technology

CBCT Imaging in London, ON

What is CBCT?

Blue Heron Dental Centre uses advanced 3D imaging technology with the Sirona Orthophos S 3D PAN and Sidexis 4 Software. This system allows Dr. Kabak and Dr. Yurchuk to capture high-resolution digital images of the teeth, bone, nerves, and surrounding facial structures.


Unlike traditional two-dimensional X-rays, CBCT provides a three-dimensional view of the area being examined. This gives the dentist more detailed information when evaluating oral health concerns and planning treatment. By combining modern imaging with careful assessment, our clinic is able to support more accurate and predictable care.

How CBCT Supports Treatment

CBCT imaging provides valuable information that may not be visible on standard dental X-rays. With the support of advanced software, it can help the dentist evaluate bone thickness, detect tooth fractures, identify the number of canals in a tooth, and understand the position of nerves, blood vessels, and sinus structures.


This type of imaging is especially useful when planning procedures such as dental implant placement and wisdom tooth extractions. It can also help locate impacted teeth, evaluate foreign bodies or dental materials, and support more detailed analysis of complex cases.


When combined with digital scanning, CBCT can also help assess the relationship between facial soft tissue and the underlying hard structures. This information may be useful for planning implant placement, extensive restorative treatment, orthodontic care, and changes that affect facial dimensions.

Patient Safety and Care

At Blue Heron Dental Centre, patient safety and well-being are always a priority. Our clinic follows the principle of using X-rays only when needed and keeping exposure as low as reasonably possible. When CBCT or other radiographic imaging is recommended, the area being captured is carefully limited to what is necessary for diagnosis and treatment planning.


Our team follows the guidelines and protocols established by the Royal College of Dental Surgeons of Ontario. We also monitor our equipment regularly to support safe and effective imaging while minimizing unnecessary radiation exposure.


CBCT imaging provides significant clinical value when used appropriately, and our goal is to ensure that each scan supports accurate diagnosis, careful planning, and high-quality patient care.

Frequently Asked Questions

  • What does CBCT stand for?

    CBCT stands for Cone Beam Computed Tomography. It is a type of dental imaging that creates a detailed 3D view of the teeth, jawbone, nerves, and surrounding structures. This helps dentists evaluate oral health conditions more accurately than with traditional two-dimensional X-rays alone.

  • Why would I need a CBCT scan?

    A CBCT scan may be recommended when more detailed imaging is needed for diagnosis or treatment planning. It is commonly used for dental implants, wisdom tooth extractions, root canal assessment, impacted teeth, and complex restorative or orthodontic cases. The scan helps the dentist see important structures clearly before treatment begins.

  • Is CBCT different from a regular dental X-ray?

    Yes. A regular dental X-ray shows a flat, two-dimensional image, while CBCT provides a three-dimensional view of the area being examined. This added detail can make a significant difference in treatment planning because it allows the dentist to evaluate depth, position, and surrounding anatomy more precisely.

  • Is CBCT safe?

    CBCT is considered safe when used appropriately. At Blue Heron Dental Centre, scans are only recommended when clinically necessary, and the imaging area is kept as limited as possible. Our team follows strict professional guidelines and monitors imaging equipment regularly to help minimize radiation exposure while supporting accurate diagnosis.

  • What types of treatment can CBCT help with?

    CBCT can support a wide range of dental treatments, including implant planning, wisdom tooth removal, root canal treatment, orthodontic planning, and extensive restorative work. It can also help identify fractures, root anatomy, sinus relationships, and the location of nerves and impacted teeth. This makes treatment more precise and predictable.