3D X-ray (CBCT) – cone-beam computed tomography
Cone-beam computed tomography (CBCT) is the most advanced form of dental imaging. Unlike conventional X-ray, it produces three-dimensional images of the jaw, tooth roots and surrounding bone – with a precision two-dimensional images simply cannot match.
For Dr. Dominik Hunold, CBCT is an indispensable tool when planning implants: bone volume, bone quality and the exact position of anatomical structures such as nerves and the maxillary sinus are all clearly visible in the 3D image. That enables minimally invasive, safer treatment with a predictable outcome.
- Three-dimensional representation of jaw, bone and tooth roots
- Indispensable for safe implant planning
- Precise analysis for complex root canal treatments
- Exact depiction of maxillary sinuses and nerve pathways
- Low radiation exposure thanks to modern cone-beam technology
- Digital evaluation directly at the practice – no waiting time
What CBCT shows that a normal X-ray doesn't
A classic X-ray projects a three-dimensional structure onto a flat surface – overlaps and distortion are unavoidable. CBCT solves this problem by imaging the jaw as a true 3D volume that can be viewed on screen in any plane and from any angle.
Implant planning
Bone height, bone width and the exact position of nerves and the maxillary sinus can be determined to the millimetre before surgery. That reduces risk and makes the procedure more predictable. More on our Crowns & Bridges page.
Complex root canal treatments
Additional root canals, root fractures or inflammatory changes in the bone can sometimes stay hidden in a 2D image. CBCT makes them visible – important before a root canal treatment.
Wisdom teeth and oral surgery
How close a wisdom tooth sits to the lower jaw nerve can be assessed precisely in the 3D image – an important safety factor before removal.
Orthodontic planning
For more complex cases of misaligned teeth, CBCT provides additional information on tooth position and jaw structure that a two-dimensional image cannot offer.