13./14. November 2026, Heidelberg
Prof. Dr. Shanon Patel (London) & Dr. Chafic Safi (Montreal)
Learn from the best in Endodontics
and transform anatomical complexity into predictable clinical success.
and take your skills to the next level.
and deliver better outcomes for your patients.
…and Endo rocks!
Friday 13. November 2026
|
or | Saturday 14. November 2026
|
Limited workshop spots!
- Registration for one of the days!
- Workshopgroups change to other workshop after lunch.
- Similar program on Friday and Saturday!
- All workshops in english! 🇬🇧
NH Collection Hotel , Heidelberg
690,00 EUR + 19% MwSt. / 8 CME Education Points
Professor Dr. Shanon Patel:
BDS, MSc, MClinDent, MRD, PhD, FDS, FHEA
Professor of Endodontology – King’s College London
Consultant Endodontist – Private practice London
Root Resorption
Root resorption remains one of the most challenging conditions to manage in endodontics. This intensive hands-on workshop is designed to provide clinicians with a practical and evidence-based approach for the management of internal and external cervical resorption.
Through a series of clinical case-based discussions and immersive hands-on exercises, participants will gain a contemporary understanding of the biological mechanisms, classification, and treatment strategies for resorptive defects.
Participants will work on bespoke 3D-printed teeth based on real clinical cases. The workshop will focus on contemporary management protocols including conservative access design, debridement strategies, piezoelectric techniques, irrigation activation, and the use of hydraulic bioceramic materials to manage root resorption.
Root Resorption: Hands-on Workshop
- Develop predictable treatment strategies for internal inflammatory and external cervical resorption
- Conservative access design, debridement strategies, piezoelectric techniques, irrigation activation
- Hydraulic bioceramic materials to manage root resorption
- Carry out predictable endodontic treatment of complex root resorption cases
- Improve long-term treatment outcomes through evidence-based protocols
Dr. Chafic Safi
Private practice Montreal
4D Ecosystem
Working with the tooth’s internal anatomy rather than against it
Modern endodontics is evolving toward a biologically driven, anatomy-centered philosophy that respects the natural complexity of the root canal system. This course is designed for clinicians who wish to elevate their endodontic outcomes by understanding, preserving, and utilizing the tooth’s internal anatomy rather than attempting to reshape it into artificial forms.
Through a combination of concise scientific lectures and extensive hands-on training, participants will learn to recognize, interpret, and manage the three-dimensional complexities of root canal systems using evidence-based treatment concepts. Particular emphasis will be placed on conservative instrumentation with the XP4D workflow, which adapts to anatomical irregularities and enhances canal debridement while preserving natural tooth structure.
The course will also explore contemporary obturation strategies, including the use of the new Ion+ sealer, and discuss how modern materials and technologies can contribute to improved canal sealing and more predictable long-term treatment outcomes.
Practical exercises on 3D plastic teeth will provide participants with the opportunity to apply anatomy-centered techniques in realistic clinical scenarios, strengthening their clinical decision-making skills and confidence in managing complex endodontic cases.
4D Ecosystem Workflow: Hands-on Workshop
Working with the tooth’s internal anatomy rather than against it
- Understand the biologic principles that underpin long-term endodontic success
- Recognize the limitations of traditional instrumentation systems that create predominantly round canal preparations
- Evaluate the shortcomings of conventional sealers and obturation techniques
- Apply the XP4D workflow to improve cleaning and shaping while respecting the original canal anatomy
- Learn how to use the new BC Sealer ION+ for predictable three-dimensional root canal obturation
- Integrate anatomy-guided concepts and contemporary technologies into everyday clinical practice with greater precision and confidence
Sponsors:
