Digital workflows are increasingly influencing modern oral surgery and implantology beyond guided implant placement alone. Contemporary technologies including CBCT-based planning, segmentation, static guided surgery, and digitally assisted regenerative workflows are expanding the possibilities for surgical precision and workflow control.

This lecture presents current digital applications in oral surgery and implantology through a series of clinical cases. Topics include guided implant placement, guided sinus window preparation, stackable full-arch workflows, digitally assisted bone reduction, guided shell harvesting and positioning, and segmentation-assisted oral surgery applications such as impacted teeth and guided apicoectomy.

The presentation will focus on the practical integration of digital technologies into everyday surgical workflows, highlighting their role in improving visualization, reducing intraoperative variability, and enhancing surgical execution while maintaining biologically driven principles.