Laser Assisted Endodontics

This CE webinar explores the role of lasers in endodontics, with an emphasis on improving root canal disinfection while preserving tooth structure. Participants will review the biological challenges posed by complex canal anatomy and bacterial biofilms, the principles of photothermal and photoacoustic effects, and the role of laser-assisted irrigation alongside conventional instrumentation and irrigation. Drawing on scientific literature and clinical examples, the webinar will discuss laser technology and considerations for case selection, technique, and safety. Clinical observations will be distinguished from published evidence, helping participants critically evaluate the benefits, limitations, and appropriate use of laser-assisted endodontic approaches.    (enter class)

Mastering Precision: Clinical Integration of Root ZX3 with HF Module

Advancements in endodontic technology continue to reshape clinical workflows, improve patient outcomes, and reduce chair time. One such innovation is the Root ZX3, a third-generation apex locator that integrates seamlessly with the HFM (High-Frequency Module). This combination allows clinicians to not only accurately determine working length, but also disinfect the canal with precision and safety. This continuing education webinar is designed to provide dental professionals with a comprehensive understanding of the scientific principles, clinical benefits, and practical applications of the Root ZX3 + HFM. Participants will gain in-depth knowledge of how the technology works, when and how to use it in clinical settings, and how it can be implemented into everyday endodontic practice. Through case-based discussion, workflow demonstrations, and review of current best practices, attendees will leave with the knowledge and confidence to incorporate this system into a wide range of endodontic scenarios.
   (enter class)

Tri Auto ZX2

Tri Auto ZX2 is a compact, cordless motor with a built-in apex locator. Tri Auto ZX2 may be used for achieving apical patency and creating a glide path with the new Optimum Glide Path (OGP) function.    (enter class)