This title focuses on the integration of complex biomechanical principles with cutting-edge 3D digital technologies and biometric data in orthodontic treatment planning and execution. The aim is to enhance predictability, treatment efficiency, and—most importantly—long-term stability of orthodontic outcomes. As digital orthodontics evolves, understanding how to personalize force systems based on individual anatomy, functional patterns, and biometric indicators is crucial for reducing relapse and improving patient-specific results.

In this course, you will explore a variety of biomechanical strategies tailored to address different orthodontic challenges. You will learn how to effectively utilize devices such as TADs, miniplates, Class II correctors, and practical tips for achieving precise individual tooth movements. Using 3digital and biometric information for a better stability.