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Abstract
Objective: Traction of the impacted canine can be a very traumatic operation. Not only the transoperative phase, but also damage to the neighboring tooth can traumatize patients. The main objective of this paper is to report on the use of a three-dimensional (3D) printed guide planned virtually to allow the installation of an orthodontic appliance with minimal trauma to the surrounding soft and hard tissues. Methods: The methodology of the CARE guidelines was followed in the presentation of this technique presentation. A 22-year-old patient was subjected to an impacted canine traction using a 3D-printed surgical template. In addition to being effective in achieving a perfect traction vector, the neighboring tooth was preserved. Results: A printed guide is of great importance in reducing postoperative effects and operating time. Using a digital workflow can greatly aid traction on the affected teeth. Avoiding trauma to the neighboring tooth enables suitable traction, keeping the area of a bone or conjunctive tissue graft away. A digital workflow in creating a printed guide for these situations is suitable. While not a fast technique, advances in technology may soon reduce the time. Conclusion: Digital workflow planning and template printing is helpful in tooth traction, avoiding intercurrences and decreasing time of orthodontic treatment.
