Facially Driven Digital Workflow for Esthetic and Functional Full-mouth Rehabilitation
Facially Driven Digital Workflow for Esthetic and Functional Full-mouth Rehabilitation
Participants with bite difficulties, smile dissatisfaction, and missing mandibular molars was rehabilitated using a fully digital, facially driven workflow. Integration of intraoral, facial, and CBCT data guided esthetic design, occlusion, and implant planning, resulting in precise alignment, functional occlusion, and esthetic restoration with veneers, zirconia crowns, TAD-assisted molar intrusion, and guided implants.
This Prospective study describes the comprehensive digital management of patients presenting with anterior open bite, smile dissatisfaction, and missing mandibular molars. A 3D virtual patient model was created by integrating intraoral scans, facial scans, and CBCT imaging, enabling prosthetically driven planning for esthetic and functional outcomes. Treatment involved conservative anterior rehabilitation with lithium disilicate veneers, full-coverage monolithic zirconia crowns, TAD-assisted intrusion of extruded molars, and guided implant placement for missing mandibular molars. The fully digital, facially guided workflow allowed precise restoration positioning, occlusal harmony, and predictable functional and esthetic results, demonstrating the utility of integrated digital planning in complex full-mouth rehabilitation.
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