Amanda Mirmanesh, D.O., is an OB/GYN at Inspira Medical Center Vineland. Follow her as she arrives...
Read MoreInspira Health’s surgeons offer a wide range of robotic procedures, including single-site robotic surgery, which provides patients with minimal scarring and speeds up their recovery.
What is Robotic Surgery?
Robotic surgery is a cutting-edge medical technique using robotic systems to perform minimally invasive surgical procedures. These systems consist of a console where the surgeon sits, a set of robotic arms equipped with surgical instruments and a high-definition 3D camera for enhanced visualization.
Our award-winning and state-of-the-art surgical facilities in South Jersey have received national recognition with fellowship-trained surgeons ready to guide you on your recovery journey. Inspira’s highly skilled surgical team has provided the region with state-of-the-art robotic surgeries since 2010. Minimally invasive robotic surgeries reduce scarring and speed up recovery time so you can get back to your daily routine quicker and with less pain.
How Robotic Surgery Works
During robotic surgery, the surgeon has complete control over the robot and an enhanced view of the surgical site. The surgeon operates from a console, while the robotic surgical arms are an extension of the surgeon’s hands.
These precision-engineered arms and 3D views provide optimal visualization of the surgical site and more precise movement within tight spaces. The instruments used in robotic surgery are inserted through a few very small incisions, which provide patients with many more benefits than traditional open surgery.
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Robotic Surgery Specialties
ExcelsiusGPSⓇ Robotic Navigation Platform
The ExcelsiusGPS system enables minimally invasive spinal surgery by combining a rigid, robotic arm with full navigation capabilities. With a precise, image-based plan, the ExcelsiusGPS robotic arm locates the exact region of the spine in surgery, similar to a planned route on a GPS. Surgeons use this pathway to guide the robotic arm to accurate screw placement, maintaining complete control over the surgical robot.
da Vinci® Surgical System
The da Vinci Surgical System is a robotic surgical platform that enables surgeons to perform minimally invasive procedures, like joint replacements, with enhanced precision. Surgeons use a console to control robotic arms and manipulate surgical instruments, offering improved dexterity and visualization during surgery.
Mako™Robotic-Arm Assisted Technology
The Mako System is a robotic surgical technology used primarily in orthopedic procedures. This system assists surgeons in the precise planning and execution of joint replacement surgeries through a combination of robotic arms and 3D imaging for enhanced accuracy and personalized implant placement.
What to Expect When You Have Robotic Surgery
Before surgery, the surgical care team will perform a comprehensive pre-operative assessment to discuss the procedure and address any concerns. Pre-operative instructions may include fasting guidelines, medication adjustments and other specific preparations.
You will be admitted to a New Jersey Inspira facility on the day of the surgery. Once in the operating room, the care team administers anesthesia. The surgeon then takes control of the robotic system from the console, guiding the robotic arms through small incisions to perform the necessary procedure. The surgery's duration varies depending on the complexity of the operation.
Postoperatively, you will transition to a recovery area where the Inspira care team will closely monitor your vital signs and provide pain management. The minimally invasive nature of robotic surgery generally contributes to a shorter hospital stay than traditional procedures.
After being discharged, you will receive care instructions tailored to your surgery. This may involve limitations on physical activities, medication prescriptions and guidance on wound care. During follow-up appointments, it is crucial to communicate openly with your care team, reporting any unusual symptoms or complications promptly.
