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Robotic Surgery in Chennai

Almost all the activities you do involve your joints. Your hip and knee joints are used during actions including walking, turning, and bending. The discomfort that results from a sickness or injury to your knee can drastically reduce your range of motion and productivity.

Your orthopaedic surgeon may advise knee replacement surgery if you do not get relief from conservative orthopedic treatment alternatives, including bracing, medication, or joint fluid supplements.

Techniques and instruments for knee replacement have advanced significantly over time. An illustration of how technology is changing joint replacement procedures is the Mako Robotic-Arm-Assisted Technology. performed.

It is crucial to realize that the Mako robotic assisted arm only assists in the robotic surgery in chennai when you hear the phrase "robotic assisted arm assisted technology."

The Mako System software is used by an orthopaedic surgeon to design your surgery before it is carried out. The Mako robotic arm will be guided by your orthopedic surgeon to remove damaged bone and cartilage.

To assist surgeons in giving patients a personalized surgical experience based on their unique diagnosis and anatomy, Mako Technology was developed.

What is the procedure for knee replacement surgery using robotic surgery in Chennai?


Before surgery

A CT scan of your knee joint is the first step in the process, which is utilized to create a 3D virtual representation of your anatomy. The Mako System software loads this virtual model, which is then utilized to generate your unique preoperative plan.

Before surgery
In the operating room

In the operating room

Based on your unique pre-operative plan, your surgeon will perform your procedure with the help of the Mako System in the operating room. The Mako System aids the surgeon in staying within the predetermined parameters that were established when the customized pre-operative plan was made as they prepare the bone for the implant. Additionally, the Mako System enables your surgeon to alter your strategy as necessary while you are having surgery.

After surgery

Your surgeon, nurses, and physical therapists will work with you to develop goals after surgery to get you moving again. They will keep a careful eye on your condition and development. A post-operative x-ray of your new knee may be discussed with you by your surgeon.

After robotic surgery

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Please ask your doctor or hospital for additional information. As a knee arthroplasty operation, MAKOplasty® is normally reimbursed by most health plans.

The U.S. Food and Drug Administration (FDA) approved MAKO's robotically assisted arm technology in 2005. Over three million MAKOplasty® treatments have now been carried out since the first one was done in June of 2006.

No, an orthopaedic surgeon performs MAKOplasty® using the surgeon-interactive RIO® System, a robotic-aided arm system intended to help the surgeon pre-plan and assist in making precise, patient-specific cuts with consistently reproducible accuracy. The surgical procedure is not carried out by the robotic arm, nor can it move or make decisions on its own without the assistance of the surgeon. In order to assist in the best joint resurfacing and implant location, the RIO® gives the surgeon real-time visual, tactile, and audio input throughout the procedure. This ideal positioning may lead to more natural knee motion after surgery.

In contrast to total knee replacement, MAKOplasty® offers the RIO® precision and RESTORIS® contouring design implants, which target the patient's particular diseased location. The MAKOplasty® surgery maintains healthy bone, soft tissues, and ligaments, making it less intrusive overall, allowing for a quicker recovery, a shorter stay in the hospital, and more natural-looking knee function.

The lifespan of every implant varies depending on the patient's weight, activity level, quality of the bone stock, and adherence to medical advice, among other things. An implant's life expectancy can be increased by using proper implant alignment and accurate placement during surgery.