A Novel Multipurpose Surgical Guide for Soft Tissue Recontouring and Prosthetically Driven Implant Placement in the Anterior Maxilla

Abstract

Esthetic implant rehabilitation in the anterior maxilla conventionally requires staged procedures to optimize hard and soft tissues. This brief communication describes a novel, fully digital workflow for the design and fabrication of a single, multipurpose surgical guide that consolidates soft-tissue recontouring, prosthetically driven implant placement, and immediate provisionalization into one surgical intervention. By merging cone-beam computed tomography data and intraoral scans within a computer-aided design platform, the optimal peri-implant soft-tissue architecture and three-dimensional implant position were virtually planned. The custom guide accurately transferred this virtual plan to the surgical field without requiring additional clinical steps or physical wax-up trials. This consolidated approach enhances surgical efficiency, minimizes the need for multiple interventions, and yields harmonious esthetic outcomes, offering a predictable and patient-centered strategy for anterior maxilla restorations.