Tooth splinting is essential in managing traumatical dental injuries, particularly luxation, avulsion, and root fractures.This workshop provides an evidence - based overview of splinting techniques, focusing on controlled stabilization to promote healing of the periodontal tissues.
Participants will explore a range of splinting options-no splinting, rigid splints, functional splints - and appropriate application durations. Emphasis will also be placed in managing tooth mobility in advanced periodontal conditions, aligning clinical decisions with the latest research.
The session concludes with a hands-on practice using pre-impregnated long resin fibers, giving attendees direct experience under expert guidance.

Participants will learn to :
- Design effective splints tailored to dental trauma cases
- Apply long and short fiber techniques in trauma and restorative dentistry
- Understand the role of physiological mobility and flexibility in splint design.

This workshop explores the integration of Virtual Surgical Planning (VSP) and Virtual Reality (VR) technologies in the design, training, and surgical execution of Patient - Specific Implants (PSI), particularly in cranio-maxillofacial procedures. By combining theory with immersive hands - on experience, participants will gain a comprehensive understanding of cutting-edge tools shaping the future of personalized reconstructive surgery.

Participants will learn to :
- Understand the fundamentals of Virtual Surgical Planning (VSP) and its clinical applications in cranio - maxillofacial procedures.
- Recognize the significance and design process of Patient - Specific Implants (PSI) in modern reconstructive surgery, including the benefits of customization, precision, and patient outcomes.
- Experience hands-on demonstrations utilizing VR headsets and physical PSI surgical models to simulate surgical planning, enhance spatial understanding, and improve procedural accuracy.