Dental Robotics

Based in Seoul, South Korea, and founded in 2024, Dental Robotics develops next-generation dental automation technologies by combining dentistry, artificial intelligence, and robotics engineering. Its team consists of professionals with expertise in dental medicine, AI model development, and robotic control systems, aiming to create practical robotic solutions for clinical environments. The company has participated in industry events and exhibitions such as the Korean Society of Artificial Intelligence in Dentistry, SIDEX 2026, and GAMEX 2026, where it has showcased its dental robotics technologies. The company is currently commercializing its AI-powered dental assistant platform and robotic suction solutions.

The company focuses on developing AI-powered autonomous suction robots for dental clinics. Its technology integrates 3D CBCT, intraoral scanner data, computer vision AI, and robotic automation to identify oral structures in real time and automatically perform suction assistance during dental procedures. The solution is designed to improve treatment efficiency, reduce reliance on support staff, and enhance workflow automation in dental practices. The company's revenue is expected to be generated from the commercialization and sale of AI-powered dental robotics systems, including dental assistant robots, automated suction platforms, robotic control software, and related deployment services for dental clinics, hospitals, exhibitions, and digital dentistry applications.

While the company has not publicly disclosed revenue figures, its business model appears to focus on providing advanced robotic automation solutions to the dental healthcare sector. The company will use the funding to enhance its autonomous dental robotics technology, conduct additional clinical validation, and accelerate medical device regulatory approvals. The investment will also support commercialization efforts leading to a planned market launch in 2028. Investors highlighted Dental Robotics' ability to address the shortage of dental support personnel through the combination of dentistry expertise, AI technology, and robotic automation.