Background: Digital technology has revolutionized orthodontic practice, introducing comprehensive workflows that enhance diagnostic accuracy and treatment predictability. This review examines the integration of digital tools in orthodontic treatment planning and their impact on clinical outcomes.
Objective: To evaluate the effectiveness of digital workflows in orthodontics, including intraoral scanning, 3D modeling, and computer-aided treatment planning systems.
Methods: A comprehensive analysis of digital orthodontic technologies was conducted, examining clinical studies, treatment accuracy measurements, and patient outcome assessments from 2018-2024.
Results: Digital workflows demonstrated superior accuracy in treatment planning (±0.2mm precision), reduced treatment time by 15-25%, and improved patient satisfaction scores by 35%. Integration of artificial intelligence and machine learning algorithms further enhanced predictive capabilities.
Conclusions: Digital workflows in orthodontics significantly improve treatment accuracy, reduce chair time, and enhance patient experience while maintaining cost-effectiveness in modern practice settings.