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Fig 9a Fig 9b

Fig 9c
Figs 9a-c: Final functional prosthesis delivered

et al. . The patients showed excellent prosthetic fit, patient satisfaction improving angular and depth accuracy compared to freehand or
[7]
and a 100% success rate at two-years follow-up. The practical static guide techniques. [10,11] In the present case, the digitally guided
applicability of the “virtual patient” technique in prosthetic planning placement ensured optimal implant positioning, parallelism, and
was further strengthened by another study by Joda and Gallucci , prosthetic alignment, minimizing intraoperative complications.
[8]
which highlighted the accuracy and efficiency of this method. In order to address complicated partially edentulous circumstances,
A recent case by Virani (2025) demonstrated the successful use of this case study emphasizes the importance of integrating surgical
dynamic navigation and intra-oral photogrammetry for immediate skills, restorative planning, and digital advancements. Digital
full-arch rehabilitation in a severely resorbed maxilla, supporting the dentistry enhances patient experience, predictability, and prosthetic
efficacy of fully digital, real-time guided workflows. The case achieved fit in addition to streamlining workflow. To accomplish a thorough
high primary stability (>50 Ncm), accurate implant placement (0.1 rehabilitation, this case emphasizes the value of digital advancement
mm registration accuracy), and immediate loading through a digitally with treatment planning for best results in just 3 days.
fabricated provisional prosthesis—all without analogue steps. These
findings align with the present report, reinforcing that dynamic CONCLUSION
navigation combined with digital prosthetic protocols enables precise, Within three days, definitive full-arch prosthesis was delivered
minimally invasive, and time-efficient full-arch implant rehabilitation, thanks to a fully digital, guided, minimally intrusive procedure.
ensuring optimal functional and aesthetic outcomes. [9] This procedure is a paradigm change in implant dentistry because it
Dynamic navigation systems such as Navident EVO provide improves efficiency and lowers patient morbidity without sacrificing
continuous feedback during osteotomy and implant placement, clinical results. n

Dental Practice I January-February 2026 I Vol 22 No 1 65