Integration of Digital Dentistry in Deep Margin Elevation Procedures: Enhancing Precision and Predictability

Abstract

The integration of digital technologies into restorative dentistry has revolutionized treatment precision and workflow efficiency, particularly in managing subgingival restorations through Deep Margin Elevation (DME). This study evaluates the impact of digital dentistry on the accuracy, predictability, and clinical outcomes of DME procedures. Conventional manual DME techniques often present limitations in margin adaptation and reproducibility, leading to potential microleakage and restoration failure. With advancements in intraoral scanning, CAD/CAM fabrication, and digital design systems, clinicians can now achieve superior marginal precision, improved visualization, and reduced operator variability. Comparative analysis between conventional and digital-assisted DME approaches demonstrated that digital workflows enhance marginal fit, minimize procedural errors, and improve time efficiency. The findings highlight that digital integration not only refines the technical execution of DME but also aligns with the principles of minimally invasive and evidence-based dentistry, promoting long-term restoration success and patient satisfaction.