Atrophic jaws present distinct challenges due to the lack of adequate bone volume for standard implant placements. Navident EVO enhances the precision of placing pterygoid and zygoma implants, which are often used to anchor prosthetic restorations in cases of severe bone loss. The system’s real-time, computer-assisted guidance ensures that these implants are positioned accurately, avoiding critical anatomical structures and maximizing the use of available bone. This precision is essential for achieving successful integration and long-term stability of the implants.

Efficiency is another key benefit of using Navident EVO for these complex placements. The system’s ability to guide the placement process accurately reduces the likelihood of adjustments or complications, which can be particularly challenging in atrophic jaws. By minimizing procedural errors and streamlining the placement of pterygoid and zygoma implants, Navident EVO contributes to a more efficient surgical workflow, potentially reducing the overall treatment time and improving patient outcomes.

The versatility of Navident EVO extends to its compatibility with various surgical instruments. The system supports both straight and contra-angle handpieces, as well as piezotomes. This flexibility ensures that clinicians can seamlessly integrate different tools into their surgical procedures, benefiting from precise navigation regardless of the instrument used.

By providing precision, efficiency, and versatility, Navident EVO is an invaluable tool for managing the challenges associated with atrophic jaws and the placement of pterygoid and zygoma implants. Embracing this technology helps clinicians achieve optimal outcomes, streamline complex procedures, and enhance patient satisfaction in the most demanding implant scenarios.

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