Robotic Spine Surgery

The robotic setup and registration phase adds modest time at the start of the procedure, typically 15 to 30 minutes. However, this is often offset by faster and more efficient hardware placement, particularly on complex or multi-level cases. The total procedure time is usually similar to traditional surgery, and in some cases shorter overall.

Recovery follows the timeline of the underlying procedure. For robotic-assisted lumbar fusion, this includes a 1 to 3 day hospital stay and the standard 3 to 6 month fusion timeline. Some studies have shown faster mobilization with robotic-assisted procedures due to smaller incisions and reduced muscle disruption, but the overall recovery is determined by the procedure itself, not the robotic component.

Your surgeon performs the surgery. The robot is a guidance tool, not an autonomous device. Your surgeon designs the surgical plan, controls every step of the procedure, and uses the robotic arm as a precision guide. The robotic arm physically holds the planned trajectory, ensuring instruments are placed exactly where your surgeon intends. At any point during the procedure, your surgeon can adjust the plan or convert to free-hand technique if needed.

Yes. Because robotic guidance is used as part of a covered underlying procedure (such as fusion), the surgery is billed and reimbursed as that procedure, and the robotic component is included. Most major insurance plans cover robotic-assisted spine surgery when medically necessary, though pre-authorization for the underlying procedure is typically required. Contact us with any insurance questions.

Published clinical research has shown that robotic-assisted spine surgery reduces certain specific complications, particularly those related to hardware misplacement. The improved accuracy can lower the risk of nerve irritation from misplaced screws, vascular injury from screws breaching the vertebral body, and revision surgery for hardware repositioning. However, the underlying procedure still carries its standard risks, and robotic guidance does not eliminate them entirely. The safety advantage is most meaningful in complex cases, revision surgery, and unusual anatomy.

Robotic guidance is most commonly used for procedures involving hardware placement or complex anatomy. This includes lumbar spinal fusion, posterior cervical fusion, adult spinal deformity correction, multi-level fusion procedures, revision spine surgery, and certain decompression procedures combined with fusion. Simpler procedures like microdiscectomy or single-level laminectomy typically do not benefit from robotic guidance.

Yes, this is one of the strongest indications for robotic guidance. Revision surgery often involves altered anatomy, prior hardware, and scar tissue that make landmarks difficult to identify with free-hand technique. The preoperative CT planning and robotic guidance allow surgeons to navigate around existing hardware, identify safe trajectories despite anatomical changes, and place new hardware with greater confidence. Patients undergoing revision surgery are often among the best candidates for robotic-assisted technique.

Generally, yes. Traditional spine surgery often relies on continuous intraoperative fluoroscopy (X-ray imaging) to verify hardware position. Robotic systems use the preoperative CT to plan the surgery and require less continuous intraoperative imaging, which can reduce radiation exposure for both the patient and the surgical team. The exact reduction varies by case and system, but published research consistently shows lower fluoroscopy time with robotic-assisted procedures.

NASPI offers robotic-assisted spine surgery at our Northern New Jersey locations. Robotic procedures are typically performed at our affiliated hospital partners with robotic platforms in place. Contact us or call (844) 666-2774 to schedule a consultation with Dr. Dorri or Dr. Bilbao and discuss whether robotic guidance is right for your procedure.