X-GUIDE DYNAMIC NAVIGATION Minimally Invasive Endodontic Treatment
Patients and dentists can benefit from more accurate and minimally invasive access to dental structures requiring endodontic treatment, such as calcified canals and apicoectomies of impacted teeth, thanks to X-Guide dynamic navigation.
Combining 3D imaging with X-Guide navigation allows dentists to locate and access endodontic tooth structures more precisely, which is useful to:
- achieve less invasive access and prep of calcified and hidden canals
- perform minimally invasive apicoectomy and root-end access
- minimize damage to anatomical structures
- preserve tooth structure
- save time and potentially reduce intra-operative imaging
X-Guide in Endodontics
The X-Point™ technology of the X-Guide system provides the dentist with a live image of the patient’s 3D anatomy as well as a digital handpiece to guide drill motions during surgery. The dentist may precisely direct their drill to an exact entry site for more successful endodontic treatments. Tools in the X-Guide software, such as the virtual Prep feature for planning and following an ideal drill path, X-MarkTM virtual registration for using small, medium, and large field of view CBCTs, and integration with high-speed handpieces, make navigation easy to integrate into the endodontic workflow.

According to studies, “The dynamic navigation system was more accurate and more efficient in root-end resection in a cadaver model than the freehand technique. The dynamic navigation system has the potential to be a safe and reliable technological addition to endodontic microsurgery.”1

The Evidence-Based Dental Navigation System
Real-Time 3D Image-Guided Navigation System In Endodontic Microsurgery – A Cadaver Study
Journal of Endodontics
VIEW HERE
Accuracy and Efficiency of 3-dimensional Dynamic Navigation System for Removal of Fiber Post from Root Canal-Treated Teeth
National Library of Medicine
VIEW HERE
Guided Endodontic Access in a Maxillary Molar Using a Dynamic Navigation System
Journal of Endodontics
VIEW HERE
Accuracy and Efficiency of a Dynamic Navigation System for Locating Calcified Canals
Journal of Endodontics
VIEW HERE
Accuracy and efficiency of guided root-end resection using a dynamic navigation system: a human cadaver study
International Endodontic Journal
VIEW HERE
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