Robotic Knee Replacement in Mira Road, Mumbai

The word “robotic” does a lot of damage to patient understanding, because it suggests a machine performing the operation. That is not what happens, and any surgeon who lets you believe it is doing you a disservice.

A robotic knee replacement begins with a CT scan of your leg, which is converted into a three-dimensional model of your own knee — your bone shape, your deformity, your alignment. The surgeon plans the operation on that model before entering theatre: implant size, rotation, position, and how much bone to remove to within a fraction of a millimetre.

In theatre, the robotic arm holds the surgeon to that plan. It provides a physical boundary so that bone preparation stays inside the planned envelope, and gives live feedback on ligament balance through the range of movement, so the plan can be adjusted with real data rather than by feel. The surgeon makes every decision and every cut. The robot removes variability from the execution; it does not replace judgement.

Why precision matters in a knee

A knee replacement is a mechanical bearing installed in a living limb. If the components sit a few degrees away from where they should be, load passes through the implant unevenly. In the short term that shows up as stiffness, a knee that never feels quite natural, or persistent pain with no obvious cause. Over many years, uneven loading is one of the drivers of accelerated polyethylene wear and early loosening. Alignment is not a cosmetic detail — it is the thing that decides how the joint feels and how long it lasts.

Robotic assistance is a real advance, not marketing. It is also not necessary for every knee, and it is worth saying so plainly. A well-executed conventional knee replacement in experienced hands gives an excellent result, and has done for decades. If a hospital cannot explain why your knee specifically benefits, that is a question worth pressing.

Until recently, robotic joint replacement in Mumbai meant travelling to Andheri, Mulund or the island city — a journey undertaken with an arthritic knee, and then repeated for every follow-up and physiotherapy review. For many patients that travel is the hardest part of the whole process.

Dr. Avinash A. Kachare consults at Surgicare Plus in Mira Road East and operates at the associated hospitals in the area, including Wockhardt Hospital and Gurukripa Hospital, which hold the theatre infrastructure and robotic systems that joint replacement requires.

He performs MAKO and MISSO robotic-arm assisted knee replacement, operating with both the MAKO (Stryker) and MISSO systems.

The training behind it

Robotic technique is a fellowship-level skill, not a weekend course. Dr. Kachare completed a dedicated fellowship in robotic joint replacement and 3D printing at Queen Mary Hospital, University of Hong Kong, alongside an MS in Orthopedics from LTMMC & GH (Sion Hospital), a fellowship in arthroscopy and sports surgery in Hungary, and a fellowship in trauma and 3D printing. His published work is indexed on PubMed, including a paper on 3D-printed mesh implants for bone gap management in weight-bearing bone.

That last point matters more than it sounds. The same three-dimensional planning that drives robotic surgery also underpins 3D-printed patient-specific implants — used where bone loss, deformity or a failed previous implant means that no off-the-shelf component fits. Very few surgeons in the western suburbs work across both.

Robotic knee replacement in Mumbai runs approximately ₹3,50,000 to ₹5,50,000 for one knee, against roughly ₹1,50,000 to ₹3,00,000 for conventional. The difference covers the pre-operative CT and planning, single-use robotic instrumentation for your case, and the system itself. Most Indian health policies cover robotic joint replacement, though some cap the reimbursement at the conventional rate — confirm this with your insurer in writing before admission. The full cost breakdown for Mira Road sets out every component and what packages typically exclude.

Hospital stay is usually three to five days. Most patients stand and take a few supported steps on the day of surgery or the day after — early movement is not bravado, it is what protects against stiffness and clots. Walking aids are typically needed for two to six weeks, and the knee continues to improve for a full year. The week-by-week recovery timeline sets out what to expect at each stage.

Still weighing it up? The side-by-side comparison goes through the evidence for each technique without the sales pitch.