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This hybrid symposium focuses on the latest advancements in orthodontics and clear aligner technology, offering a platform for researchers and professionals to share insights, network, and explore opportunities for publication.
The International Symposium on Orthodontics and Clear Aligner Technology (ISOCT-26) is a premier hybrid event scheduled for October 5-6, 2026. Organized by the International Society for Applied Research (ISAR), this conference provides a platform for academics, researchers, and industry professionals to explore the latest innovations, research insights, and developments in orthodontics. The program includes paper presentations, keynote speeches, and networking opportunities, with a focus on topics like digital workflows, 3D printing, and advancements in clear aligner materials and biomechanics. Participants can join either in-person or virtually to engage with global experts and contribute to the advancement of orthodontic science and technology.
Exploring new polymers and composite materials for enhanced aligner performance, durability, and aesthetics.
Updates on AI-driven software for predictable treatment outcomes and complex case management.
Reviewing recent studies and clinical trials on the effectiveness of clear aligner therapy.
Best practices and technological advancements in digital impression taking for orthodontic applications.
Seamless integration of computer-aided design and manufacturing for custom orthodontic appliances.
Utilizing digital tools for simulating tooth movement and predicting treatment results.
The process and benefits of producing clear aligners and retainers directly in the orthodontic office.
Techniques for 3D printing custom brackets, surgical guides, and other orthodontic devices.
An overview of the latest biocompatible resins and materials suitable for intraoral 3D printed applications.
Understanding the force systems, tooth movement mechanics, and biomechanical principles specific to aligner therapy.
Investigating the use of shape-memory alloys and other advanced materials in orthodontic treatment.
Application of FEA to model and analyze stress distribution and tooth movement in orthodontic treatments.
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