Abstract

Anterior restorations are essential for both aesthetic harmony and functional integrity. While advancements in adhesive technology and digital dentistry have popularized minimally invasive approaches, clinical data on zirconia veneers—notably those utilizing a comprehensive digital workflow—remains scarce in certain clinical settings, including Vietnam. Case Presentation: This report describes a digital framework for the delivery of anterior zirconia veneers, selected for their superior mechanical properties and biocompatibility. Discussion: The integration of Digital Smile Design (DSD) and CAD/CAM technology allowed for precise, minimally invasive preparation and predictable outcomes. Short-term follow-up (2 months) demonstrated excellent marginal fit and periodontal health. Conclusion: Within the limitations of this case report, the digital workflow for zirconia veneers offers a predictable and efficient solution for anterior aesthetic rehabilitation. This study provides a clinical basis for clinicians to optimize minimally invasive procedures, though long-term monitoring is required to validate bond stability and material fatigue