International Symposium on Orthodontics and Clear Aligner Technology (ISOCT-26)

The International Symposium on Orthodontics and Clear Aligner Technology (ISOCT-26) is a two-day hybrid scientific symposium taking place on 5–6 October 2026. Organized by the International Society for Applied Research (ISAR), the symposium provides a platform for dental professionals, researchers, academics, and industry participants to explore current developments and emerging technologies in orthodontics and clear aligner therapy. The scientific programme focuses on the evolution of clear aligner treatment and the technologies supporting modern orthodontic practice. Participants can explore recent developments in aligner materials, treatment planning systems, digital workflows, three-dimensional printing, and the biomechanical principles underlying tooth movement with clear aligners. Sessions on clear aligner technology examine advances in material science, including new polymers and composite materials designed to improve performance, durability, and aesthetics. The programme also addresses AI-driven treatment planning software and current evidence concerning the clinical efficacy and treatment outcomes associated with clear aligner therapy. Digital orthodontic workflows form another major area of the symposium. Participants can review developments in intraoral scanning, computer-aided design and manufacturing (CAD/CAM), and virtual treatment simulation. These technologies are increasingly used to support digital treatment planning, customized appliance production, and visualization of anticipated orthodontic outcomes. The symposium also explores the growing role of three-dimensional printing in orthodontic applications. Topics include in-house fabrication of clear aligners and retainers, customized orthodontic appliances, and the use of biocompatible resins and other advanced materials for intraoral applications. Material science and biomechanics are further addressed through discussions of force systems, tooth movement mechanics, smart materials, and the application of finite element analysis to orthodontic treatment. These topics provide participants with a deeper understanding of the relationship between material properties, biomechanics, and clinical treatment outcomes. ISOCT-26 combines scientific presentations, keynote sessions, research presentations, and opportunities for professional networking. The hybrid format enables participants to engage either in person or virtually, facilitating international participation and knowledge exchange among dental professionals, researchers, academics, and industry representatives. The symposium is relevant to orthodontists, dentists, dental specialists, prosthodontists, periodontists, implantologists, dental staff, researchers, scientists, and students with an interest in orthodontics, digital dentistry, and clear aligner technology. Through its focus on emerging materials, digital workflows, 3D printing, biomechanics, and evidence-based treatment approaches, ISOCT-26 provides a platform for exploring technologies that are shaping the future of orthodontic practice. The symposium also provides opportunities for research presentation, professional recognition, and potential publication for eligible research contributions.