Clear aligner therapy has become much more prominent as a mainstream treatment modality in clinical orthodontics. Recent advances in materials science and 3D printing technology allow many orthodontic offices to adopt in-house fabrication. Despite being increasingly accepted by patients, the mechanical properties and orthodontic tooth movements with clear aligners remain unclear. Newly developed 3D-printed aligners offer unique advantages over conventional thermoforming aligners. This presentation will discuss the physical properties of various clear aligner materials including 3D-printed aligners and demonstrate the biomechanical advantages of 3D-printed aligners to improve the clinical efficacy of aligner therapy.
Learning Objectives:
After this session, attendees will be able to:
Gain insights into the groundbreaking impact of 3D printing technology on the creation of clear aligners, emphasizing its contributions to precision and efficiency.
Explore the biomechanical advantages of 3D printed aligners and how they enhance treatment flexibility by responding to external factors.
Recognize the potential for enhanced treatment outcomes and expanded treatment options through the integration of 3D printing technology and biomechanical principles in orthodontic care.
