Robotic Knee Replacement Surgeon in Chandigarh | Dr TS Gill | RoboLens FT3D
Dr TS Gill performs robotic knee replacement at Max Super Speciality Hospital, Phase 6 — approximately 10–15 minutes from central Chandigarh. He uses RoboLens FT3D, a real-time intraoperative imaging system that maps your knee during surgery rather than relying on a pre-op CT scan.
Chandigarh Patients, Max Hospital Mohali — 10 Minutes Away
If you’ve been looking for a robotic knee replacement surgeon in Chandigarh, the honest answer is that the best option is 10 minutes across the border. Max Super Speciality Hospital in Phase 6, Sector 56, Mohali is Dr TS Gill’s base — and for patients from Chandigarh’s sectors, it’s genuinely easier to reach than some parts of the city itself.
The drive from Sector 17 or Sector 22 to Phase 6 via Madhya Marg takes about 15 minutes in normal traffic. Parking at the hospital is not a problem. And unlike some corporate hospitals in Chandigarh where the specialist is visiting rather than based, Dr Gill operates here full-time — which means urgent cases can be accommodated, and follow-up appointments don’t require a week’s planning.
Chandigarh’s patient population has specific characteristics that shape what Dr Gill sees in his clinic. A significant portion of patients are retired government and defence personnel — often on CGHS or ECHS — who have been managing knee pain for years, sometimes decades. Another growing group is working-age adults in the 45–60 range whose knee deformity has progressed beyond what conservative treatment can hold back. Both groups tend to have clear X-ray findings, a clear functional problem, and a specific question: when is the right time to stop managing and start fixing?
Dr Gill’s consultation process is direct. He’ll tell you honestly where your arthritis stands, what the X-ray shows, and whether you need surgery now, in six months, or not at all. He doesn’t push procedures. But when the imaging is clear and the symptoms match, he’ll say so plainly.
RoboLens FT3D — No CT Scan, Real-Time Precision
Most patients who come in asking about robotic knee replacement have read about systems like MAKO or Stryker — and the general concept is right. Robotic surgery improves alignment, reduces blood loss, and shortens recovery. What they often don’t know is how different these systems actually are from each other.
The majority of robotic knee systems require a CT scan 2–4 weeks before surgery. That scan builds a 3D model of your joint, which is loaded into the robot’s planning software. The surgery then follows that pre-built plan. The problem: your joint on the table is not identical to your joint in the scanner. Swelling, positioning, and normal anatomical variation between lying down and standing can affect the geometry slightly. The robot is working from yesterday’s map, not today’s terrain.
RoboLens FT3D works differently. The system uses intraoperative imaging to map the joint during surgery — as the procedure is happening. There’s no pre-op CT scan. The implant positioning decisions are made with real-time data from your actual, live anatomy. This matters most in cases with deformity, where preoperative imaging can underestimate the degree of correction needed.
Dr Gill developed this technique himself — FT3D stands for the three-dimensional real-time approach he refined over years of robotic practice. He has performed over 500 robotic procedures using this system. That number matters because technique refinement comes from volume. The subtle adjustments that make a good result into an excellent one accumulate with experience.
Who Qualifies for Robotic Knee Replacement in Chandigarh?
The clinical threshold for knee replacement is Grade 3 or Grade 4 osteoarthritis — meaning the cartilage is severely damaged or gone — combined with symptoms that meaningfully affect daily life. That typically looks like pain that’s present at rest or at night, not just with exertion; visible deformity (the bow-legged or knock-kneed appearance that worsens over years); and loss of function that conservative treatment can no longer control.
Patients in their 40s and 50s with avascular necrosis (AVN), rheumatoid arthritis affecting the knee, or significant post-traumatic damage may also qualify even though they’re younger than the typical profile. For these patients, partial knee replacement or FT3D resurfacing — where only the damaged surface is resurfaced rather than the whole joint — may be a better first intervention. Dr Gill discusses both options during consultation.
Patients who are not good candidates right now are those with early-stage arthritis (Grade 1 or 2) where non-surgical options haven’t been adequately tried. Viscosupplementation (Synvisc, Durolane), PRP injections, and structured physiotherapy can provide meaningful pain relief at these stages and delay the need for surgery by years. Dr Gill will recommend these first if the imaging supports it.
What to Bring to Your First Consultation
- Any X-rays or MRI scans of the knee — even older ones are useful for comparison
- List of current medications, especially blood thinners, diabetes medication, or steroids
- Your health insurance card and policy documents for pre-authorisation queries
- A family member or carer — two sets of ears help during a first consultation
- Any questions written down — Dr Gill takes time to answer each one
Surgery, Recovery, and Follow-Up
The surgery takes 60–90 minutes under spinal anaesthesia. There’s no general anaesthesia, no ICU admission, and no epidural — the RoboLens FT3D approach is designed for early mobility, which means patients start walking the same evening. This isn’t just a comfort consideration; early mobilisation significantly reduces the risk of DVT and speeds functional recovery.
Most patients are discharged within 3 days. The 2-week follow-up is for wound review and a basic functional check. The 6-week appointment assesses range of motion and progress on physiotherapy. By 3 months, the large majority of patients have returned to daily activities without significant restriction — walking, cooking, attending social events. Full recovery, measured by complete normalisation of gait and strength, continues to around 6–12 months.
For Chandigarh patients, follow-up at Max Hospital Mohali is a short drive. Those who want physiotherapy closer to home can do their sessions locally and come in only for the scheduled reviews with Dr Gill.
Insurance Coverage for Chandigarh Patients
CGHS beneficiaries based in Chandigarh can use their coverage at Max Hospital Mohali — the hospital is empanelled. ECHS coverage applies for defence pensioners. Ayushman Bharat PM-JAY is accepted. Most private insurers are covered — Star Health, New India Assurance, HDFC Ergo, United India, Bajaj Allianz, and others. The hospital’s billing desk handles pre-authorisation paperwork before surgery; they’ll tell you upfront what’s covered and what isn’t.
How to Reach the Clinic from Chandigarh
Max Super Speciality Hospital — 10–15 mins from Chandigarh
3rd Floor, New Block B, Phase 6 (Sector 56), Mohali, Punjab
OPD Hours: Monday to Saturday, 9:00 am – 6:00 pm
Phone: +91-82880 15106 / +91-62395 89197
Email: info@tsgillortho.com
Frequently Asked Questions
Book a Consultation — 10 Minutes from Chandigarh
Max Super Speciality Hospital, Phase 6 (Sector 56), Mohali | Mon–Sat 9 am–6 pm
+91-82880 15106 / +91-62395 89197 | info@tsgillortho.com
Related Reading
Full explanation of the FT 3D technique, who it’s for, cost at Max Hospital Mohali, and what to expect during recovery.
