(TC53) Cost Effective Custom 3D Printed Endodontic Teeth: A Tool for Pre-Clinical and Clinical Education

Abstract: Access opening in endodontic treatment poses a challenge for dental students. Advancements in technology, specifically the integration of Cone Beam Computed Tomography (CBCT) and cost-effective resin-based 3D printing, have afforded an innovative solution. The purpose of this table clinic is to introduce custom 3D-printed endodontic teeth as a teaching tool for a controlled and predictable learning environment. A CBCT scan was obtained of a patient at the endodontic consultation. The DICOM file was converted to an STL file, processed in Chitubox, and the tooth was printed with an AnyCubic 3D printer. A dental student performed treatment on the 3D-printed teeth before seeing the patient for real treatment. The pilot study showed an increased level of confidence and predictability. This patient-specific training model facilitates technical proficiency as students approach treatment. This pedagogical innovation marks a transformative shift in endodontic education, integrating theory and practice to enhance skill acquisition and clinical competence.