Search for: [Abstract = "f a gradual transition from the standard models through the 3D models, right up to the clinical treatment. In Publication No 3 \- preparation of primary access to the pulp cavity with the aid of the 3D models is believed to appreciably reduce overall risk of encountering complications with each subsequent repetition. During the first attempt, the percentage of errors among students was 100% for incisors, 66.7% for premolars, and 76.2% for molars. With each successive repetition, students committed fewer errors. In the final attempt, the percentage of errors was 19.0% for incisors, 14.3% for premolars, and 33.3% for molars. Students achieved the greatest improvement in the quality of the procedure in the case of incisors. The least progress was noted in the preparation of molars. CONCLUSIONS 1\) The 3D teeth models facilitate a hands\-on training in particularly complex procedures and may thus effectively improve overall quality of their implementation at the clinical stage. 2\) Replication of individual teeth, along with the surrounding anatomical structures, makes the training conditions more closely evocative of the actual dental procedure, therefore facilitating appreciably easier transition from the pre\-clinical procedures to the clinical ones. 3\) The 3D printing offers a possibility of making the individualized teeth models, which feature high anatomical variability, pre"]

Number of results: 1