Fsa Spine Surgeons Successfully Use Robotic Navigation Platform By using robotics and navigation, with gps like precision, the system provides improved visualization of patient anatomy throughout the procedure to help optimize treatment. Jeffrey l. gum, m.d., spine surgeon with norton leatherman spine, has become the first in the world to perform spine surgery using a next generation robotic assisted platform designed to deliver greater precision and accuracy than any previous technology. dr.
Excelsiusgpsâ Robotic Navigation Platform Inspira Health Key takeaways: new robotic spine surgery system vsi surgeons performed the first spine surgery in the world using the stealth axis™ autopilot robotic system. the platform combines ai powered planning, navigation, segmental tracking, and robotics into one system. the procedure was tailored to a patient with longstanding back pain after conservative treatments did not provide lasting relief. Ai autopilot guides world's first robotic spine surgery reston, va. – april 21, 2026 – a team of surgeons in virginia has successfully performed the world's first spine surgery using a new generation of robotic technology that combines artificial intelligence with real time navigation, marking a significant milestone in the evolution of. "one of the biggest challenges in spine surgery has been understanding and responding to how the spine moves during a procedure. the stealth axis™ system gives surgeons real time visibility into that motion, helping us more consistently achieve our surgical plan without interrupting workflow. Spine surgeons drs. christopher good, colin haines, and ehsan jazini are the first in the world to operate using this robotic system. the procedure was performed at reston hospital center.
Advanced Robotic Navigation Technology For Spine Problems "one of the biggest challenges in spine surgery has been understanding and responding to how the spine moves during a procedure. the stealth axis™ system gives surgeons real time visibility into that motion, helping us more consistently achieve our surgical plan without interrupting workflow. Spine surgeons drs. christopher good, colin haines, and ehsan jazini are the first in the world to operate using this robotic system. the procedure was performed at reston hospital center. Background: navigation assisted spinal instrumentation is increasingly used in modern spine surgery, offering improvements in accuracy, workflow efficiency, and radiation safety. however, real world implementation and the transition from fluoroscopy to navigation in high volume trauma centers remain insufficiently described. This revolutionary robotic navigation platform is the world's first technology to combine a rigid robotic arm and full navigation capabilities into one adaptable platform for accurate trajectory alignment in spine surgery. Excelsiusgps ™ is helping surgeons and hospitals provide the best possible treatment options for their patients. this includes the platform’s dependable robotic navigational applications for both spine and cranial procedures. This next generation platform marks a major advancement in robotic spine surgery, combining ai powered surgical planning, segmental tracking, navigation, and robotics into a single platform.
Comments are closed.