Coordination of digital dental models with facial photographs to enhance digital orthodontic planning

Digital planning has revolutionized orthodontic treatment, offering precise and customized approaches through aligner systems, custom brackets, and wires. is clinical process presents a method for aligning digital models with the patient’s soft tissue, applicable to various digital planning techniques. Traditional orthodontics involves iterative adjustments to achieve the desired outcome, whereas digital orthodontics establishes the final result during the planning stage. However, digital planning lacks key facial elements, risking unesthetic results that may appear satisfactory on the computer but fail to consider occlusal plane canting, smile arch, and other facial factors. By aligning digital models with the patient’s face using transparent superimposition, a more informed visual assessment of the proposed plan’s results can be achieved. is approach, enhanced by proper head orientation, may help support more favorable biological and aesthetic outcomes, particularly in asymmetry cases. While not perfect, this methodology minimizes errors and offers potential for further research on the accuracy of digital setups.