Redefining orofacial rehabilitation for transformative clinical outcomes.

Abstract Orofacial rehabilitation is a cornerstone in restoring function, aesthetics, and quality of life for individuals affected by congenital anomalies, trauma, or disease. While conventional approaches have achieved significant milestones, the evolving demands of personalized care and advancements in technology necessitate redefining the boundaries of this field. This review explores the transformative potential of innovative techniques and materials in orofacial rehabilitation, with a focus on bridging existing gaps and envisioning future possibilities. The integration of cutting-edge technologies such as 3D printing, CAD/CAM systems, and artificial intelligence has revolutionized precision and customization in prosthetic fabrication. Concurrently, advancements in biomimetic materials, biopolymers, and nanotechnology offer new avenues for enhancing durability, functionality, and patient comfort. The emergence of regenerative medicine, including tissue engineering and stem cell therapies, further highlights the potential for restoring biological structures rather than merely replacing them. The clinical implications of these innovations, emphasize their role in improving patient outcomes, addressing current challenges, and fostering interdisciplinary collaboration. It also examines the ethical and sustainability aspects of incorporating novel solutions into clinical practice. Finally, it identifies promising research directions, including the role of artificial intelligence, genetic influences, and eco-friendly practices in shaping the future of orofacial rehabilitation. By reimagining traditional practices and embracing innovation this approach aims to inspire clinicians, researchers, and educators to push the boundaries of orofacial rehabilitation. Keywords: 3D printing, Artificial Intelligence, CAD/CAM, Orofacial rehabilitation