What it is
Modern spine surgery can be planned on your imaging before the first incision and executed with computer navigation or robotic guidance that tracks instruments in real time against your anatomy. Used well, these tools increase the precision of implant placement and reduce variability — particularly in fusion and reconstruction surgery.
When it's recommended
- Fusion procedures where screw accuracy matters most — TLIF, multi-level constructs, revision surgery
- Deformity correction, where alignment planning is central
- Anatomy made challenging by prior surgery or unusual anatomy
As with every procedure in this practice, surgery is offered only after conservative options have been genuinely explored — or when the diagnosis clearly calls for it.
How it's performed
Your imaging is merged with intraoperative reference tracking; the plan — screw trajectories, sizes, alignment targets — is executed with robotic or navigated guidance and verified in real time. To be clear about philosophy: the robot doesn't do the surgery, and it isn't used for its own sake. It's a precision instrument in the hands of a surgeon who decides, case by case, whether it genuinely improves your operation.
Recovery & return to activity
- Recovery follows the underlying procedure, not the technology
- Precision implant placement supports the durability of the construct
- Often paired with minimally invasive approaches
Recovery details vary by patient and by the specifics of each operation — your individual plan, restrictions, and milestones are set with you before surgery and refined at follow-up.
Related: Minimally Invasive Surgery · All Procedures
Already been told you need this procedure? A second opinion is always welcome.