The field of dentistry and prosthodontics is witnessing rapid development thanks to advancements in artificial intelligence and robotic systems. These technologies are revolutionizing case diagnosis, prosthodontic design, and the execution of treatment procedures with unprecedented precision. While robots do not replace dentists or dental technicians, they have become invaluable tools that contribute to improving the quality of healthcare and achieving more accurate and safer outcomes. What are robots in dentistry? Robots in dentistry are intelligent systems that utilize artificial intelligence, digital navigation, and precise sensors to assist in performing treatment or laboratory procedures requiring high levels of accuracy. They can be used in dental implants, digital treatment planning, prosthodontics fabrication, and certain surgical procedures. Applications of Robots in Prosthodontics 1. Digital Treatment Planning Robots and intelligent software help analyze 3D radiographic images (CBCT) and digital oral models, enabling the development of a precise treatment plan tailored to each patient's needs. 2. Assisting in Dental Implants Some robotic systems are now capable of guiding the dentist during dental implant placement according to digital planning, increasing the accuracy of implant positioning and reducing the likelihood of errors. 3. Fabricating Dental Prosthetics Robots are integrated with computer-aided design and manufacturing (CAD/CAM) technologies to produce crowns, bridges, and porcelain veneers with a high degree of precision, while minimizing manufacturing errors and improving the quality of the final product. 4. Managing Dental Laboratories Some modern laboratories have begun using automated systems to organize manufacturing stages, monitor quality, and manage workflow, which contributes to increased productivity and reduced time required to complete prosthetics. Benefits of Using Robots in Dental Prosthetics Increased accuracy in diagnosis and treatment planning. Reduced human error during procedures. Improved quality of dental prosthetics in terms of fit and accuracy. Reduced treatment time and faster case completion. Increased patient comfort and reduced number of treatment visits. Enhanced work efficiency within dental laboratories. Challenges Facing the Use of Robots Despite their significant advantages, the application of robotic systems still faces some challenges, most notably: The high cost of hardware and software. The need to train medical and technical staff on their use. The requirements for continuous maintenance and updates. The limited availability of these technologies in some educational institutions and healthcare centers. The Future of Robotics in Dental Technology Projections indicate that the coming years will witness a significant expansion in the use of robots within dental laboratories and clinics, with the development of artificial intelligence and 3D printing technologies. Intelligent systems are expected to become more capable of designing dental prostheses, analyzing occlusions, and predicting treatment outcomes, thus contributing to the provision of more precise and efficient healthcare. The Role of the Dental Technologist The dental technologist remains the cornerstone of successful treatment. Robots serve as supporting tools that help them improve the quality of work, while final treatment decisions depend on their scientific and practical expertise. The integration of human skills and modern technologies is fundamental to achieving the best outcomes for patients. Conclusion Robotics represents a promising future in the field of prosthodontics, contributing to improved treatment accuracy, enhanced restoration quality, and increased efficiency in clinical and laboratory work. With continued technological advancements, these systems will become an integral part of dental healthcare, while maintaining the crucial role of the dentist and prosthodontist in delivering safe and effective treatment.