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Growing complexity of spine surgeriesAnother key factor augmenting the market potential for spine surgery robots is the rising complexity of procedures being performed. Modern spinal treatments now involve very intricate surgeries for conditions such as scoliosis, segmental spinal instrumentation, and tumor excisions which place high technical demands on surgeons. Complexity is further increased in revision cases where surgeons have to work around previous hardware and scar tissue. While experienced surgeons are capable of handling many complex procedures through conventional or minimally invasive means, robots allow for improved ergonomics over lengthy operations. Surgeons can remain seated comfortably at the console instead of standing bent over the patient for several hours. Tremors and small hand movements which are difficult to avoid for long periods get filtered out by robotics resulting in possibly more precise placements of screws, rods or other implants. This facilitates handling intricate anatomy and redoing some steps more accurately. The robot's imaging, instrumentation. and scaling of motions enhance precision which assumes great value in revisions, tumors and other advanced spine cases. Experience shows robots may assist in expanding treatment options for complex conditions in the future.
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