Best Robotic Knee Replacement Surgeon In Panvel

In knee replacement surgery, the arthritic part of the knee is removed and replaced with an artificial joint that forms new surfaces of the knee joint. During a robot-assisted total knee replacement, the robotic knee replacement surgeon uses a computed tomography (CT) scan to create a 3D model of the patient's knee. Best Robotic Knee Replacement Surgeon In Panvel . With that virtual model as a guide, the surgeon uses the robotic arm to precisely cut the bone and precisely insert the knee components.

Type of Robotic Technology

Well, when we talk about robotics it should be really smart and easily operated. Being prominent among all other joint replacement surgeries, knee replacement has the privilege of attracting more attention from researchers and technologists. If we have to differentiate the currently available knee replacement robotic systems, they are briefly classified as passive, semi-active and active systems. The major factor giving rise to this differentiation is the nature of work performed by the robotic system with minimal human intervention. Passive and semi active types of systems guide the surgeon through the fixation and cutting block resection steps – the actual cutting and drilling procedures are performed by the surgeon. Active robotic joint replacement systems, considered to be the most advanced among their peers, are completely autonomous in nature and require minimal human intervention. Best Robotic Knee Replacement Surgeon In Panvel

Why Robotic Artificial Joint Surgery is good?

• Individualized pre-planning: Since every person's face is different, bone shape is also different. The artificial joint surgical robot maps the patient's joint bones in 3D images, and doctors can use those images to pre-plan personalized surgeries for the patient.
• Pre-selection of the artificial joint and precise insertion of the artificial joint: As important as precise surgical planning is the selection and insertion of the individualized artificial joint. The doctor uses the robot to select and precisely insert an artificial joint for the patient.
• Precise cutting for sub-millimeter accuracy and optimal alignment: The robot reviews the data and precisely cuts the bone in relation to the dimensions of the implant decided upon during the pre-surgery planning phase. Precise cutting provides optimal results, also provides perfect alignment of the patient's leg axis with sub-millimeter dimensional accuracy and precise cutting for optimal surgical outcome.
• Reduction in side effects and re-operations: The surgical robot reduces side effects such as limb length inequality, pulmonary embolism and fractures. The risk of infection is also reduced due to the use of fewer instruments compared to traditional surgery.

The precision of robotic assisted knee joint replacement surgery allows:

• More precise implant placement results in a more natural feeling after surgery
• Decreased risk of injury to adjacent tissues improves safety and reduces risk of infection
• Less blood loss and smaller incisions help in quicker recovery and less pain.
• Early rehabilitation, reduced admission time and early discharge from hospital
• Better long-term job prospects
• Improved transplant survival and longevity
• Improve quality of life

Knee Joint Replacement Process

Patient Consultation: Patients can decide upon robotic artificial joint surgery after consulting with the doctor.

CT Scan: CT Scan of Knee Joints

Pre-Surgical Planning: The Scanned CT scan Image is converting into a 3D image for diagnosing the patient’s condition and make a surgical plan as required.

Surgical Implementation: 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.

Implant Placement: Insert and fix the decided implant for surgery conclusion.