During a visit for robotic spine surgery, the surgeon conducts a detailed clinical assessment and reviews diagnostic imaging to evaluate suitability. Patients receive orientation on robotic techniques and personalized treatment options, including non-surgical and surgical paths. The session concludes with shared decision-making, Q&A, and preoperative planning if surgery is chosen.
You may be a candidate for robotic spine surgery if you have chronic back or neck pain, spinal instability, deformity, or a condition that hasn’t improved with conservative treatment. Advanced imaging helps the surgeon assess spinal anatomy and determine if robotic-assisted precision can enhance safety and outcomes. A thorough evaluation by a spine specialist is essential to confirm suitability.
Robotic-assisted spine surgery enables high-precision treatment for complex conditions like scoliosis, kyphosis, spinal tumors, and trauma. It enhances safety and outcomes in minimally invasive procedures such as OLIF, TLIF, PLIF, vertebroplasty, kyphoplasty, and artificial disc replacement. The technology also supports accurate correction of spondylolisthesis with minimal tissue disruption.
Recovery after robotic spine surgery is typically faster than traditional methods due to smaller incisions and minimal tissue disruption. Most patients begin walking within 4-6 hours and can resume light activities within a 2-3 weeks. Full recovery depends on the procedure and individual health, but robotic precision often leads to reduced pain and quicker return to normal life.