Course Description

This lecture will provide a structured and evidence-based review of digital workflows used in the fabrication of short-span implant-supported fixed partial restorations. Participants will examine current digital scanning, implant-level data acquisition, prosthetic design principles, and material selection considerations essential for high-precision outcomes. The program emphasizes clinical decision-making, biomechanical principles, and laboratory communication within a digitally integrated workflow. Through case presentations and protocol breakdowns, clinicians will gain enhanced competency in producing predictable, accurate, and durable implant-supported restorations using digital techniques.

Upon completion of this course, participants will be able to:

• Describe the sequential digital workflow for designing and fabricating short-span implant-supported fixed partial restorations.
• Identify clinical and anatomical considerations that influence restorative planning and digital design accuracy.
• Compare restorative material options and digital design parameters that affect fit, strength, and esthetics of implant-supported prostheses.
• Implement validated digital protocols to improve precision, reduce chairside adjustments, and enhance prosthetic predictability.