Robotic Spine Surgery

Robotic surgery for serious spine conditions at Scripps

Robotic surgery for serious spine conditions at Scripps

Surgeons using the world’s most advanced robotics platform are helping patients overcome serious spine conditions and injuries at Scripps Green Hospital

The robotic surgical offering is the latest innovation available to patients through Scripps Health, which has been named by U.S. News & World Report as one the top orthopedic programs in the country.

The benefits of robotic spine surgery

The advanced next-generation robotic system, Mazor X at Scripps Encinitas builds upon the success of its predecessor, a first-generation robotics system that aids surgeons with 3D software modeling, planning and guided placement of surgical implants. 

Robotic spinal surgeries with Mazor X can provide patients improved recovery times, in part due to shorter times in the operating room, less time under anesthesia and reduced exposure to radiation from intraoperative imaging scans. The Mazor X can be used for spine surgeries involving the lumbar (lower), thoracic (mid-region) and C6-C7 level of cervical (neck) vertebrae. 

Robotic spinal surgery is not for everyone with back pain. The procedure is most commonly recommended for patients to treat scoliosis, spinal fractures, degenerative disc disease and other serious spine problems and complications that have not responded to medications, physical therapy or spinal injections.

How robotic surgery helps orthopedic surgeons

As with other robotic surgical devices, the Mazor X does not perform actual surgeries. Instead, the integrated platform provides surgeons with a comprehensive display of data and anatomical images of the patient’s spine. This allows them to perform millimeter guidance for surgical placement of implants to successfully fuse vertebra, realign curvatures and repair fractures. 

The platform is engineered to maximize surgical precision and improve outcomes by linking surgeon knowledge and experience with digital data and computer-based navigation.