Koh Young Technology, a neurosurgical robotics innovator, today announced it will present its FDA-cleared navigated neurosurgical positioning robot, Geniant Cranial at the upcoming Congress of Neurological Surgeons (CNS) “Special Symposium: Transforming Neurosurgery through Technology,” taking place on October 12, 2025.
The special symposium showcases cutting-edge neurosurgical technology innovations across the complete development spectrum, featuring four distinct sections: pre-submission medical devices in early development, medical devices currently under FDA evaluation, FDA-cleared medical devices focused on clinical adoption and market integration, and established medical devices with continued innovation.
Koh Young will present in the FDA-cleared medical devices section, highlighting how Geniant Cranial, ready for immediate hospital adoption, can help advance surgical outcomes and operational efficiency in stereotactic neurosurgical procedures.
Geniant Cranial received FDA clearance in January 2025. The stereotactic robotic guidance system is an upgraded version of its predecessor KYMERO, which received South Korean regulatory approval in 2016 and has been used in over 600 neurosurgical procedures—including epilepsy, Parkinson’s disease, brain tumors, and other complex neurological conditions. KYMERO was launched and marketed exclusively in South Korea.
Geniant Cranial builds on KYMERO’s proven core technology for clinical accuracy and safety, with added capabilities including enhanced user experience, improved ease of operation, expanded patient positioning flexibility, and greater accuracy compared to its predecessor, according to a Koh Young representative.
The CNS Annual Meeting is one of the largest and most influential global gatherings in neurosurgery, bringing together thousands of neurosurgeons, researchers, hospital leaders, and industry innovators each year. Known for its focus on advancing clinical practice and highlighting the latest technologies, this year’s CNS, held in Los Angeles from October 11-15, looks to draw over 3,000 attendees from across the globe.
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Key Features of the Robot
The robot features real-time navigation, robotic arm guidance, and advanced imaging integration. It can receive preoperative scans and create an accurate 3D map of the patient’s brain. Surgeons can plan the surgical path using the software and the robot assists in following this path during the procedure
The system also includes safety protocols to prevent deviations from the planned trajectory. Sensors monitor the robot’s movements, and alerts notify the surgeon of any irregularities. Koh Young’s design allows for flexible positioning of the robotic arm and instruments. The compact and modular setup ensures that the robot fits into standard operating rooms without requiring extensive modifications.
Use Cases and Applications
Koh Young’s robot is suitable for procedures such as tumor removal, biopsy, and placement of deep brain stimulation devices. In complex cases where traditional navigation may be limited, robotic assistance can help maintain consistent accuracy.
Hospitals with neurosurgical departments can deploy the system for both adult and pediatric cases. Training modules and simulation software allow surgeons to practice with the robot before live procedures. The system is also compatible with multiple imaging modalities, such as MRI and CT scans, which enhances preoperative planning. Its modular design allows integration with other surgical tools and operating room technologies.
