What Is Implant Imaging and How Important Is It to Dental Implant Surgery?

Implant imaging is a type of treatment planning that ensures the quickness, precision, and success of the implant procedure, even to the point of making it a same-day procedure you can undergo in one sitting. 

Dental implant imaging using 3D CT-scans and treatment planning are called for before replacing your lost teeth with an implant because it plays an important role in making sure the results are satisfactory.

Let us familiarize ourselves with some terms related to this topic:

  • A Safer and Much More Successful Procedure: Dental implant procedures practically require 3D imaging for their treatment planning to work nowadays since it makes things much safer and quicker.
  • Accurate Diagnostic Info: Dentists depend on implant imaging because it offers dependable and accurate diagnostic info of the patient’s oral anatomy, particularly on the proposed implant site where the procedure is supposed to take place.
  • Standard Projection Examples: Standard projections for dental implant imaging purposes include intra-oral (i.e., occlusal or periapical) and extra-oral (lateral cephalometric or panoramic) radiographs. You can also avail of dosimetry and magnetic resonance imaging.
  • Complex Imaging Techniques: The more complex imaging techniques include cone beam tomography (CBCT), computed tomography (CT), and conventional dental x-rays. The info taken from these scans can then help in the 3D recreation of the whole mouth and jaws for CAM/CAD therapy.

Which Technique Should Be Used? 

There are multiple factors that influence the selection of radiography imaging modalities for a particular patient, including the anatomy of the patient in question, radiation exposure, availability, and cost.  

The dentist has to balance out these factors to give the patient the best option for him with the fewest issues.
What Makes The 3D CBCT Scanner Special? The 3D CT or CBCT scanner of clinics like Thantakit provides its dentists with three-dimensional images of the patient’s teeth and overall jaw structure, thus enabling virtual surgery and pre-surgical treatment planning.