Robotic technology is a game-changer for spine surgery, making a patient’s recovery that much easier. Due to the personalized, patient-centric care that robotic technology provides, patients are able to feel confident and prepared going into their spine surgery.
First, let’s discuss the basics of robotics in spine surgery. Robotic-assisted spine surgery utilizes a robotic arm that makes precise incisions, removes damaged tissue, and implements necessary repairs. To do this, a 3D image is taken of the injured spine to help the surgeon formulate a personalized plan for the patient based on their unique anatomy and needs. Once in the operating room, the robotic arm is guided by the surgeon using this personalized plan to execute the spine surgery with ease.
Many people understand the role of robotics before and during surgery, but they don’t realize the immense benefits of robotics during recovery. Because of the precision of the robotic arm, the personalized preoperative planning, and minimized complication risk, robotic spine surgery provides patients with an easy transition into recovery mode. Robotic surgery is minimally invasive due to its definite precision, strict operative boundary, and keen ability to spare healthy tissue, making your recovery more comfortable and fast-tracked. Robotic surgery allows patients to have shorter hospital stays saving them from excessive costs during their recovery.
Finally, rehabilitation through physical therapy is a large part of the recovery process. With the precision and minimal damage to healthy tissue of robotic-assisted surgery, patients can progress through physical therapy quickly and with ease.
The role of robotics in your spine surgery recovery benefits you throughout your entire journey back to your activities. Uncover the extensive advantages of robotic-assisted surgery with Dr. Moazzaz and his dedication to patient-centric care today!
AUTHOR: Dr. Payam Moazzaz is a board-certified orthopedic spine surgeon in California specializing in robotic-assisted minimally invasive spine surgery.