Discover How Robotic Knee Replacement Transforms Mobility for Global Patients

Robotic knee replacement surgery

Robotic knee replacement is a relatively new and minimally invasive orthopedic surgery procedure in which a surgeon can replace a partial or total knee with greater precision than can be achieved by standard orthopedic procedures through the use of a surgeon assisted, computer guided robotic system. The technology assists in developing a customized surgical schedule, better positioning of the implants, functioning of the joint and post-recovery.

How It Works?

• Preoperative Planning or Modeling: The CT/MRI scans are used to paint the 3D model of the knee of the patient.
• Customized Surgical Plan - The software examines the structure of the bones and alignment as well as ligament tension and plans the best implant positioning.
• Robotic Surgery – The surgeon controls a robotic arm or navigation system to control the bone preparation and the location of the implant with precision of sub-millimeters.
• Real-time Feedback - The robot sends live feedback in the operation room so that the robot is oriented to the right angels, alignment and balance.

Factors Affecting Robotic knee replacement cost in India

The table below presents a polished version of the most important influencing factors that impact on the cost of robotic knee replacement surgery in India with regards to the most up-to-date information:

Key Cost Factors:

Hospital Address & Type

• Tier-2/Tier-3 Cities Metro vs. Tier-2/Tier-3 Cities: The procedures followed in the metropolitan (Delhi, Mumbai, Bangalore) cities involve higher costs of infrastructure and functioning hence zero prices. Tier- 2 nodes, on the other hand, present comparatively cheaper prices.
• Accreditation & Brand: Hospitals where the JCI or NABH are certified, or have very good reputations, tend to have more expensive fees.

Surgeon’s Expertise

• There is a high fee to be paid to surgeons trained in robotic systems (MAKO, ROSA, Navio) because of the expertise.

Kind and quality of implant

• More costly implants (e.g. ceramic, Oxinium, high-flex designs) are used, as opposed to the more common metal-polyethylene implants.

Type of Robotic System

• Cost is influenced by the decision to go either fully automated robotic system or semi-active robotic system. The completely automated systems are appreciably more costly.

Pre-operative & Diagnostic Work

• The cost of robotic procedures can include 3D imaging (CT/MRI) that may be used to aid accurate surgical planning, which further increases the cost of pre-op.

Hospital-stay / Structural systems

• Expenses would be room rent, OT, anaesthesia, meds and consumables. In advanced hospitals, rates of beds, staff and operations may be high.

Rehabilitation & Post op Care

• Comprises physiotherapy, follow up, medications and assistive accessories. These may significantly affect overall expense.

Best robotic knee replacement hospitals in India

• Artemis Hospital, Gurgaon
• Medanta-The Medicity, Gurgaon
• Fortis Memorial Research Institute, Gurgaon
• Max Hospital, Saket

Advantages of robotic knee replacement

The Robotic knee replacement involves the participation of a highly skilled surgeon and the technology of computer assistance, which results in greater accuracy and the possible long-term benefits of robotic knee replacement as opposed to standard knee replacement.

More Surgical Accuracy

• Relies on 3D imaging and navigation to pre-map the knee of the patient prior to the surgery.
• Permits accuracy to the sub-millimeter in bone cutting and placement of the implants.
• Decreases the danger of a mismatch that causes the early implant failure.

Personalized Fitting Implant

• The surgery is individualized to anatomy of the patient.
• Balances out the ligaments and returns to natural joint movement in a better way.
• Able to enhance comfort and mobility on recovery.

Reduced Tissue & Bone Destruction

• Robot enables the surgeon to save the healthy soft tissue and bone.
• Minor cuts as opposed to traditional techniques.
• Causes fewer scars and quick recovery.

Reduced Pain Postoperatively

• This entails accuracy of the cut and minimal destruction of tissues leading to less inflammation.
• A great number of patients need to receive fewer pain medications following the procedure.

Quicker Recovery, Rehabilitation

• Patients tend to walk in a short time as soon as 24hours after surgery.
• The length of stay reduced in hospital as compared to traditional knee replacement.
• Faster resumption of normal life and physical therapy achievement.

Less Risk of a Second Surgery

• This allows a longer life of the artificial knee because of better alignment and stability of the implants.
• Reduces the possibility of having a second operation.

Intraoperative, Care Feedback in real time

• Robot results in a real-time feedback to the surgeon regarding alignment, ligament balancing as well as the range of motion.
• Gives the opportunity to alter during the surgery in pursuit of the optimal solution.

Enhanced long-term functioning

• A considerable number of patients complain of feeling more natural movement in the knee.
• The degree of stiffness and more folding capacity than the previous methods.

Robotic total knee replacement

Robotic Total Knee Replacement is a complex orthopedic procedure that has the whole knee joint replaced by an artificial joint that is aided and directed by a robotic driven system. The technology increases precision, individualization, and outcomes of surgery as compared to traditional total knee replacement.

HOW IT WORKS?

3D Planning preoperative

• A patient has a 3D model of his or her knee developed using CT scan or MRI.
• Very precise decisions on how to cut the bones, where to position the implants and how to balance the ligaments in an operation are made prior to the operation by the surgeon.

Robotic-Assisted Execution

• In the surgery, an arm, robotic or a navigation system is used to aid the surgeon.
• With the system, bone cutting and implanting are accurate to be in the sub-millimeter range.
• The robot works as a guide- surgeon is fully in control.

Final Adjustments

• The real-time data can enable the surgeon to adjust the fitting of alignment, stability and mobility prior to closure of the incision.

Robotic knee replacement success rate

• Robotic knee replacement has success rates in 90 to 95 per cent range. Smart results contain less pain, quick recuperation, and movement. 
• Cases have been cited as >90 % even in India.

Affordable robotic knee replacement in India by GetWellGo

GetWellGo collaborates with a system of recognized hospitals and assists patients with affordable estimations of cost and advice of treatment, orthopedic included. Along with hospitals, such as multispecialty facilities, like Marengo Hospital Faridabad, CARE Hospitals in Hyderabad, and KIMS Health Hospital in Trivandrum, GetWellGo schedules appointments and treatment plans.

Why Choose GetWellGo for Robotic Knee Replacement?

GetWellGo is regarded as a leading supplier of healthcare services. We help our foreign clients choose the best treatment locations that suit their needs both financially and medically.

We offer:

• Complete transparency
• Fair costs.
• 24 hour availability.
• Medical E-visas
• Online consultation from recognized Indian experts.
• Assistance in selecting India's top hospitals for Robotic Knee Replacement.
• Expert orthopaedics doctor with a strong track record of success
• Assistance during and after the course of treatment.
• Language Support
• Travel and Accommodation Services
• Case manager assigned to every patient to provide seamless support in and out of the hospital like appointment booking
• Local SIM Cards
• Currency Exchange
• Arranging Patient’s local food