The Cuvis Joint Robotic System is the most technologically competent cutting edge robotic machine that supports surgeons with a customized and preplanned operative experience by providing precise inputs for accurate and consistent results.
“The best way to predict the future is to invent it”
Knee replacements have been a common treatment option for over 40 decades now. The traditional knee replacement surgery warrants treatment for damaged tissues in the knee, arthritis, deformities in knee joint after injury, degeneration of the joints. But a trailblazing technological advancement gave birth to the innovative Robotic counterpart of this surgery.
The conventional way of performing this surgery required the surgeon to make a long incision in the middle of the knee to be able to view and access the area of surgery. As we head into technological advancements in the field of medicine, this kind of surgery brought along certain disadvantages. The traditional method of surgery is painful, highly invasive and patient recovery time is higher. When surgeries are highly invasive, there is a lot of skin and tissue stretching, laceration and damage which makes it a high risk surgery option in this day and age.
Then came the Navigation System wherein a hand-held device was provided to the orthopedic surgeon to cut the bone at a designated angle. This became popular after the traditional method and is still widely used at hospitals.
Technology had slowly surged its way through medicine when robotic assisted surgeries became popular due to their credibility. In robot-assisted surgeries, the robotic device enabled doctors & surgeons to perform several complex procedures with higher precision, greater functional control and versatility over previous traditional methods.
However, in recent times, Artificial Intelligence has taken over the world by a storm. Many medical advancements have been made possible by computers. With the expertise of a human brain, Artificial Intelligence and the best implants available, The True Active Robot is adopted at Sohana Joint Replacement Center. The most important feature of this fully automated machine is that it is a ZERO ERROR ROBOT that exhibits accuracy & precision. These critical steps of the surgery are completely performed by the Robot under the supervision of the surgeon and the surgical team present. The Robotic Knee Replacement Surgery takes less than 10 minutes to perform and is a pathbreaking leap towards a safer surgical experience. Sohana Hospital is a proud recipient of this True Active Robot.
Whether you're trying to seek quality of life or get immediate relief, you can trust Sohana Hospital, Department of Orthopedics. We offer The True Active Robotic Knee Replacement Surgery for you to rediscover your complete range of motion and redo the things you love, with ease and comfort.
Most surgeries with minimal invasion and small incisions guarantee a quicker recovery time for most patients.
It is important for the patient who has undergone a procedure to feel comfortable with the newly fitted implant and not feel unnatural or animated. The robotic knee replacement surgery assures a more natural and consistent feeling after the surgery is done.
An informed patient who is treated with modern technological equipment and the best of orthopedic surgeons will always be a satisfied patient. The aim of this surgery is to greatly enhance the overall patient experience before, during and post surgery.
THE ROBOTIC KNEE REPLACEMENT SURGERY IS ESPECIALLY BENEFICIAL FOR PEOPLE WITH
The Best Robotic Knee Replacement Surgeon — Dr. Gagandeep S. Sachdeva
Dr. Gagandeep S. Sachdeva is the Senior Orthopedic consultant & Robotic Knee Replacement Surgeon highly trained in performing Joint Replacement Surgeries and Surgeries of the Knee & Shoulder Joints. He is the head of department Orthopedics at Sohana Hospital — the finest super-speciality hospital in North India.
Phase #1
The first step to any prognosis is correct diagnosis. A CT scan and X-ray of the patient’s knee is conducted to understand the bone anatomy. Afterwhich, a 3D model is developed to understand the extent of damage. This model is then computerized by being fed into the system, performs its detailed analysis and then creates a personalized plan for the patient’s medical treatment.
Phase #2
This personalized plan is then executed by the Robot inside the operative area and prepares the bone for implant. This personalized plan is then executed by the surgeon and the Robot inside the OT. This ensures higher accuracy and precision for better alignment to the biomechanics of the knee joint.
Phase #3
Post-operatively consulting doctors and physiotherapists closely observe and monitor the patient’s progress via X-rays and scans, so as to get them back on their feet as quickly as possible.
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum. Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua.
Various cutting options with intraoperative gap check (Pre/intra/post) and plan changing feasibility.
Cuvis Joint Robotic System guides you to cut what’s precisely planned for each patient, resulting in preserving soft tissue and saving healthy bone.
The milling cutter reduces the impact on the patient’s weak bone, and thus cuts down the occurrence ratio of side effects such as fractures.
It can provide the optimized surgical solution with robot cutting technology which provides safe surgery to patients and increases surgical reliability delivering a better medical environment to both doctors and patients.
BMM (Bone Motion Monitor) function can detect the patient’s intraoperative slight movement. Once the movement is detected, the robot stops the motion and prevents errors caused by the patient’s movement.
