Doc in Lab-Dynamic Occlusion

Toimumisaeg 12.-13.sept 2026
Toimumiskoht Pirita tee 20/4, Tallinn
Lektor Andrii Maistrienko, Jörg Jowa
Korraldaja Fibonacci dental studio
Täiendpunkte 16 TP
Osavõtutasu 1299
Lisainfo Angelina

+372 54005636
Veebileht https://fienta.com/doc-in-lab-dynamic-occlusion

DOC IN LAB: Dynamic Occlusion
Modern dentistry requires not only aesthetic outcomes but also functionally predictable results. The DOC IN LAB: Dynamic Occlusion course is dedicated to the digital analysis of occlusion, jaw movement recording, and the integration of functional data into both clinical and laboratory workflows.

During this two-day hands-on course, participants will gain practical experience with Digital Facebow, Jaw Tracker, and the SDI Matrix system. They will learn how to analyze static and dynamic occlusion, interpret jaw movement data, and use these findings to plan restorative treatments and splint therapy with greater precision and predictability.

This course is designed for prosthodontists, restorative dentists, general practitioners and clinicians involved in full-mouth rehabilitation, functional diagnostics, and digital dentistry workflows.

What Will You Gain from This Course?
A clear understanding of modern occlusal concepts and functional rehabilitation principles.
Practical knowledge of Digital Facebow and Jaw Tracker systems for daily clinical use.
The ability to record, analyze, and interpret mandibular movements.
Improved understanding of physiological and pathological occlusion.
Confidence in selecting an appropriate mandibular position for restorative treatments.
Hands-on experience with the SDI Matrix system and its clinical applications.
Knowledge of integrating functional data into Exocad workflows.
Understanding of splint design, delivery, and adjustment protocols.
Practical tools to implement a digital functional workflow in your clinic or laboratory.
Greater predictability in treatment planning and long-term restorative outcomes.


Day 1
1. Modern functional rehabilitation and the development of jaw tracking devices

Benefits that Digital Facebow and Jaw Tracker systems bring to everyday clinical practice

2. Starting position for reconstructions

Overview of 5 occlusal concepts: Dawson’s CR, Kois, Slavicek, Phonetic, Neuromuscular

3. Demo: Intraoral Scan + overview of the SDI Matrix system

System applications and recording protocols

Lunch break

4. Basic analysis of jaw movements and angulations

Understanding current static and dynamic occlusion

5. Physiological trajectories

Ideal trajectory shape, slope anatomy and its influence on movement

Signs of dysfunctional trajectories

6. Demo: Decoding results and planning a new mandibular position

Planning for restorations or splint therapy

Day 2

1. Occlusion in practice

Physiological vs pathological occlusion

Proper static and dynamic relationships

Concepts: Freedom in Centric, Slavicek, Immediate Disocclusion

2. Demo: Implementation of acquired data in Exocad

Basic design concepts and useful tips for a dynamic workflow

Lunch break

3. Demo: Basic rules of adjustments

Snap-on or splint delivery for a patient

4. Demo: Second record on a splint with Myograph and comparison of results

Included in the course :

Lunch on both days at Kajakas restaurant

Coffee breaks and snacks throughout the course

Assistant support during both training days

Take Your Restorative Workflow to the Next Level

If you are looking to achieve more predictable, functional, and long-lasting treatment outcomes, this course is designed for you.

Join leading professionals in digital functional dentistry and gain practical skills that can be implemented immediately in your daily practice. Whether you are a clinician or a dental technician, this course will provide valuable insights into modern occlusion analysis and digital rehabilitation workflows.

Places are limited to ensure a high-quality learning experience and individual attention for every participant.

Secure your seat today by clicking the "Buy Ticket" button and take the next step toward mastering dynamic occlusion and functional rehabilitation.

Viimati muutis: Hambaarst.ee #1 22.07.2026

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