Case Studies
Composite Veneers
3DNA-Guided Injectable Composite Veneers: A 5-Veneer Smile Frame
A minimally invasive composite veneer rehabilitation in the maxillary anterior region was planned using calibrated photography and Smilecloud 2D design, then translated into a 3DNA blueprint to align tooth shape, volume, and position with the patient’s facial features. Existing plaque-retentive restorations and disproportional shapes were corrected using an injectable composite technique, allowing precise execution with minimal tooth preparation. The digital simulation improved patient understanding and acceptance, while the final outcome delivered immediate esthetic improvement, natural integration, and a healthier, easier-to-maintain smile.
Everyday 3DNA Blueprint
2D-to-3D Planning for zirconia-oxide veneers (11–21–23–24) Without Wax-Up or Facebow
A four-unit zirconia-oxide veneer case was planned using a time-efficient 2D-to-3D digital workflow based on a single calibrated face photo and intraoral scans, without a conventional wax-up or mock-up. Smilecloud 3DNA was used to align facial references, maxillary orientation, and final tooth proportions, generating a technician-ready 3D blueprint for predictable execution. The protocol demonstrates how digitally driven planning can support conservative prosthetic treatment while remaining realistic for busy daily clinical practice.