Figs. 8a-b Figs. 9a-b Figs. 10a-b cover the wear on them. We lengthened teeth #22-#27 by 1 mm. We also added 0.2 mm of wax on the labial and lingual surfaces of teeth #22-#27 (Figs. 9a and 9b). To develop the mandibular posterior occlusal plane, we lengthened teeth #18-#21 and #28-#31 by 0.5 mm-1 mm to level the plane (Figs. 10a and 10b). We noted that the intra-arch midline was slightly off. The patient said it didn't bother him, so no alteration was planned (Fig. 11). Test drive smile: Using our diagnostic wax up, a putty matrix was made using Ivoclar Sil-Tech. A bisacryl temp (DMG America Luxatemp) in shade B1 was injected into the putty matrix and placed. After the excess was removed and occlusion was balanced, we scanned the patient's teeth with the mold in his mouth using an iTero scanner (Fig. 12). We wanted to make sure the foundations of all teeth were healthy before starting the full-mouth rehab, so any questionable existing fillings were redone with composites. Another scan was taken for the patient after all the existing restorations were redone (Figs. 13a and 13b). The STL file of the patient's current mouth with the new fillings and the STL file of the patient's approved test drive were meshed using Exocad. The occlusal anatomy of the posterior DECEMBER 2024 | 38 | DENTALTOWN.COM teeth was improved upon using the software. This new STL file with the improved design of our diagnostic wax-up was used as the final template to make the stent. A model with every other tooth was printed using SprintRay Resin Tan, as well as a model with the full diagnostic wax-up (Figs. 14a and 14b). Two vacuum stents were made using the printed casts. Gingival tissue assessment: Patient has a high lip dynamic and shows more gingival tissue than what is considered aesthetically pleasing. We crown lengthened teeth #7-#10 to match canines #6 and #11(Fig. 15a-b).http://www.DENTALTOWN.COM