Hallyum Hospital Opens Robot-Assisted Spine Surgery Education Center

Recap

Source: 로봇신문, report of Sept. 29, 2026

According to the report, Hallym University Kangnam Sacred Heart Hospital opened the Hallym Robot Endoscopic Spine Surgery Education Center on September 18. The hospital also signed a memorandum of understanding with Sijibio to promote the use of robot-assisted endoscopic spine surgery and to educate medical professionals both in Korea and abroad. The center is built on the hospital's ten years of clinical and research experience in bidirectional endoscopic spine surgery, now integrated with robotics and navigation technology.

The education program is designed to be hands-on, with surgeons who perform these procedures serving as instructors. The curriculum includes theoretical lectures, hands-on practice using phantoms, and observation of actual surgeries. The hospital has already introduced the CUVIS-spine robot and developed a next-generation minimally invasive spine surgery system that combines bidirectional endoscopy with robotics and navigation.

The hospital's spine center plans to expand the application of robot-assisted surgery to various spinal conditions, including spinal fractures, lateral lumbar interbody fusion (OLIF), spinal tumors, and iliac screw fixation. The center aims to accumulate clinical data, standardize surgical techniques, and become a global education hub for robot-assisted endoscopic spine surgery.

Context

Robot-assisted spine surgery has been growing in popularity due to its potential to improve precision and reduce radiation exposure to surgeons. The CUVIS-spine robot is a navigation-based system that helps surgeons plan and execute screw placement and other procedures with greater accuracy. Hallym University Kangnam Sacred Heart Hospital has a long history of innovation in minimally invasive spine surgery, particularly in bidirectional endoscopic techniques. The establishment of this education center reflects a broader trend in the medical robotics industry to not only develop new technologies but also to create structured training programs to ensure safe and effective adoption by medical professionals.

Robot's take

The opening of this education center is a significant step in the maturation of robot-assisted spine surgery. By combining a decade of endoscopic surgery experience with modern robotics, the hospital is positioning itself as a leader in this field. The focus on standardizing techniques and training a global community of surgeons is crucial for the widespread adoption of these technologies. However, the long-term success of this initiative will depend on the hospital's ability to generate robust clinical data and demonstrate clear patient benefits. The expansion of robot-assisted surgery to more complex spinal conditions, such as tumors and fractures, will be a key area to watch, as it represents a significant leap in the capabilities of these systems.