Parhar Hospital Phagwara, has now become the First Fully Automatic Robotic Surgery Centre of Punjab.
Parhar Hospital ushers in a Transformation in Punjab with the First Fully Active Joint Replacement Robot. The CUVIS Fully Active Robotic Joint Replacement system is a first-of-its-kind robot, which conducts the cutting and milling too under the supervision of an experienced surgeon. This technology immeasurably enhances the replacement procedure by providing maximum accuracy and the option of mid-course correction due to constant feedback, to provide the best possible results in Joint Replacements.
In joint replacement surgery, the arthritic portion of the knee is removed and replaced by an artificial joint that form the new surfaces of the knee joint. During Cuvis Joint Robot total knee replacement, surgeons use computed tomography (CT) scans to build a 3D model of the patient's knee. With that virtual model as guide, the surgeon then uses the robotic arm to make accurate bone cuts and insert the knee components precisely.
As each person has a diffrent face,the shape of bone is also diffrent. Meril's artificial joint surgical joint robot CUVIS joint shows the patient's bone in 3D images and the doctor can use those images for pre-planning of surgery Personalized for the patient.
What's as important as the precise surgical plan is to select and insert the personalized artificial joint. the doctor uses robot to select an artificial joint for the patient and insert it accurately.
CUVIS Joint reduces side effects like inequality of limb length, pulmonary embolism and fracture. The risk of infection also reduced because of fewer instruments use than in conventional surgery.
Precise cutting serves the optimum result. CUVIS joint provides the correct alignment of a patient's leg axis with the submillimeter dimensional accuracy and precise cutting for the optimal surgical outcome.
Step-1 Patient's can decide upon robotic joint artificial surgery after consulting with a doctor.
Step-2 CT Scanning.
Step-3 The scanned CT image is converted into a 3D image for diagnosing the patient's condition and make a surgical plan as required.
Step-4 The patient is connected to the robot and stabilized for surgery.In the next stage, the doctor performs registration process to verify if the 3D image of the patient matches the original surgery site.After registration process robot reviews the data and cuts the bone precisely with respect to size,position,angle and direction of the implant decided during pre-surgery planning stage.
Stage-5 Insert and Fix the decided implant for surgery conclusion.