Treatment planning a full-arch implant case with CBCT begins by combining three-dimensional anatomical information with the desired restorative outcome. The clinician should not plan implants from bone alone. The final tooth position, prosthetic envelope, restorative space, smile line, occlusal relationship, and surgical access must be evaluated together with the available bone.
The CBCT review should identify ridge dimensions, bone quality, sinus anatomy, nasal floor, inferior alveolar nerve, mental foramina, incisive canal, undercuts, pathology, and areas of infection. The doctor should then evaluate possible implant positions, lengths, diameters, angulations, anterior-posterior spread, and opportunities for cortical engagement. The need for extractions, alveoloplasty, bone reduction, grafting, or alternative implant strategies should be considered before surgery.
A complete plan should also include surgical and restorative contingencies. The doctor should know what changes will be made if an implant does not achieve adequate primary stability, if the ridge anatomy differs from expectations, or if the planned implant trajectory compromises the prosthesis. CBCT planning is most useful when it prepares the clinician for several possible scenarios rather than producing one rigid plan.
In SOTA Dental’s Clinical Excellence Program, Dr. Nestor Marquez, the lead training doctor, reviews the CBCT scans of the actual patients with participating doctors. The team discusses the anatomy, risks, surgical options, and possible variations for each case. Participants also receive 3D-printed models so they can rehearse the planned surgery before treating the patient.
Doctors who want to improve full-arch CBCT planning through case-specific mentorship and real-patient surgery can apply to train with Dr. Nestor Marquez at https://sotadental.com/doctors-clinical-excellence-program/.
