Mustafa Özcan (Turkey) BAOS

Clear aligner therapy has revolutionized orthodontic treatment, offering a more aesthetic and comfortable alternative to traditional methods. However, vertical malocclusions present a unique challenge in achieving optimal treatment outcomes. These discrepancies can significantly affect both the functional and aesthetic aspects of treatment. This presentation explores advanced clinical strategies for addressing vertical issues within aligner therapy, with a particular focus on the role of digital innovation in enhancing treatment precision. Key topics will include the integration of 3D imaging technologies, digital treatment planning, and the use of AI-driven tools for diagnosis and outcome prediction. Additionally, precision attachments, biomechanical principles, and the utilization of real-time monitoring platforms will be discussed as integral components of modern aligner therapy. The presentation will provide insights into overcoming vertical discrepancies through these innovative digital approaches, offering orthodontic professionals practical strategies to refine their clinical workflows and optimize vertical correction. The ultimate goal is to present a comprehensive, digitally-enhanced framework for managing vertical malocclusions, ensuring more efficient, effective, and predictable outcomes in aligner therapy.