GiniVision™ — Robotic-Like Precision. Without the Robot.
Led by Dr. Harjoban Singh with 10,000+ surgeries, Gini Hospital now uses GiniVision™ AR navigation (Pixee Medical Knee+ NexSight) to deliver real-time, intraoperative alignment guidance — the same precision as robotic surgery, at a fraction of the cost, with no bulky robot and no pre-operative CT scan required.
📍 Mohali (SAS Nagar), Punjab · Serving Chandigarh Tri-City
Dr. Harjoban believes in honest guidance — surgery is only recommended when it is truly the right option. Here's how to know where you stand.
If any of the following apply, we strongly recommend trying non-surgical treatment first:
Knee replacement is strongly recommended when:
Knee replacement is the definitive solution for end-stage joint disease across a range of conditions.
The most common cause of knee replacement — degenerative wear of cartilage leading to bone-on-bone contact, pain, stiffness, and deformity. End-stage OA (KL grade 3–4) is the primary indication.
Inflammatory arthritis causing progressive joint destruction. When medical management is insufficient, knee replacement provides durable pain relief and restored function in RA patients.
Arthritis developing after knee fractures, ligament injuries, or meniscal damage. Even well-treated knee injuries can lead to accelerated cartilage loss requiring eventual replacement.
Loss of blood supply to the bone causing collapse of the knee joint surface. Advanced AVN requires partial or total knee replacement for pain relief and restoration of function.
Significant varus (bow-leg) or valgus (knock-knee) deformity causing altered gait, pain, and secondary joint damage. Total knee replacement with GiniVision™ precision restores neutral alignment.
Loosening, wear, infection, or instability of a previous knee implant. Revision knee replacement is a complex but well-established procedure performed by Dr. Harjoban with extensive experience.
Three procedure types — the right choice depends on the extent of disease, age, activity level, and anatomy.
Full joint resurfacing — all three compartments
The most commonly performed knee replacement. All damaged joint surfaces are resurfaced with metal and plastic components, restoring alignment and eliminating bone-on-bone contact.
Unicompartmental — one compartment only
Resurfaces only the damaged compartment — medial, lateral, or patellofemoral — preserving healthy bone and ligaments. Feels more natural than TKR and allows faster recovery.
Re-do surgery for failed implants
Removal and replacement of a failed knee implant. More complex than primary replacement — requires specialised implants, bone grafting, and extensive surgical experience.
Implant longevity depends on four key factors — and Gini Hospital addresses every one.
Modern knee implants are designed for 20–25 years of active use. Material science advances — including highly cross-linked polyethylene — have dramatically reduced wear rates compared to older generation implants.
Correct sizing is critical for function and longevity. GiniVision™ AR navigation ensures optimal alignment and fit during surgery. A poorly aligned implant wears out faster and feels unnatural.
The articulating surface between femoral and tibial components must be durable and low-friction. Highly cross-linked polyethylene inserts offer excellent wear resistance for decades of daily use.
Cemented fixation (most common) uses bone cement for immediate stability. Cementless press-fit relies on bone ingrowth and is preferred for younger, active patients. Choice is made at consultation.
All implants used at Gini Hospital meet international quality standards. The appropriate implant for your anatomy, activity level, and requirements will be discussed in detail at your pre-operative consultation.
Robotic-Like Precision. Powered by Pixee Medical Knee+ NexSight AR.
Pixee Medical is a French medical technology company specialising in augmented reality surgical navigation. Their Knee+ NexSight system is FDA cleared and CE marked, used in 10,000+ procedures worldwide — and now available exclusively at Gini Hospital in the Mohali-Chandigarh region.
GiniVision™ delivers the same alignment precision as robotic surgery — without the limitations. See exactly how they compare:
| Feature | Traditional Surgery | Robotic Surgery | GiniVision™ AR |
|---|---|---|---|
| Alignment Accuracy | Manual — surgeon estimate | Robotic arm guidance | Real-time AR overlay — equal to robotic |
| Pre-op CT Scan Required | No | Yes — radiation exposure, cost, extra appointment | No — only X-rays needed |
| Equipment Size | Standard OT equipment | Large robotic cart — OT space required | Compact AR headset only |
| Intramedullary Rod | Yes — rod in femoral canal | No rod needed | No rod needed |
| Extra Pins/Trackers | No | Bone pins required for tracking | No extra pins |
| Surgeon Control | Full | Shared with robot system | Full — surgeon makes every cut |
| Available in Mohali | Yes | Not widely available | Exclusively at Gini Hospital |
| Cost Premium | Standard | Significantly higher | Moderate — far less than robotic |
Standard X-rays only — no CT scan. The system analyses anatomy and creates a virtual surgical plan. No extra radiation, no extra appointment, no extra cost.
Dr. Harjoban wears the AR headset during surgery. The system projects real-time alignment data, bone landmarks, and cut guides directly into his field of vision — overlaid on the actual knee.
Before every cut, GiniVision™ confirms the position is correct. Alignment is verified intraoperatively and after implant placement — ensuring the final result matches the surgical plan.
FDA cleared · CE marked · 10,000+ procedures worldwide · French medical technology
"GiniVision™ gives me a level of intraoperative certainty that was simply not available before. I can see the alignment live, correct it in real time, and confirm it before I close. For the patient, this means a knee that is more likely to feel natural, last longer, and require less rehabilitation."
Good preparation leads to better outcomes and faster recovery. Here's exactly what to do at each stage.
A step-by-step walkthrough of your surgery day — so you know exactly what to expect.
Duration: Total knee replacement: 1–1.5 hours. Partial: 45–75 minutes. Revision: 2–3 hours.
Most knee replacements are performed under spinal anaesthesia (you are awake but feel nothing below the waist). General anaesthesia is used when spinal is not suitable. A tourniquet is applied to the thigh to minimise bleeding.
A 15–20 cm midline incision over the front of the knee. The patella (kneecap) is reflected to expose the joint surfaces.
Dr. Harjoban inspects the full extent of cartilage loss, deformity, and ligament balance. This confirms the surgical plan and component sizing.
The damaged tibial surface is precisely cut. GiniVision™ AR guides the cut angle and slope in real time.
Dr. Harjoban's AR headset is activated. Real-time alignment data is projected into the surgical field — confirming bone landmarks, cut angles, and component positioning before every step. This is the key differentiator from conventional surgery.
The distal femur is shaped and resected with AR-guided precision to match the femoral component. Flexion/extension gap balance is verified.
Trial components are inserted and the knee is taken through full range of motion. Alignment, stability, and balance are confirmed. Adjustments made if needed.
Final components are cemented (or press-fit) into place. Polyethylene tibial insert is locked in. GiniVision™ performs final alignment verification.
The knee is closed in layers. A drain may be placed for 24–48 hours. Compression bandage applied. Tourniquet released.
You wake up in the recovery room with monitoring of vitals, pain, and blood sugar (diabetics). Physiotherapist visits same evening for first ankle pumping exercises. You'll be walking with a walker by the next morning.
Recovery from knee replacement is a structured process. Here's exactly what to expect and when.
| Stage | Timeframe | Goals | Key Exercises |
|---|---|---|---|
| 1 — Acute | Day 1–7 | Pain control, swelling reduction, early mobilisation | Ankle pumps, quad sets, straight leg raises, short walks with walker |
| 2 — Early Active | Weeks 1–4 | Improve range of motion (0–90°), reduce dependence on walker | Heel slides, wall slides, seated knee bends, gait training |
| 3 — Strengthening | Weeks 4–8 | Quad/hamstring strength, achieve 110°+ flexion | Mini squats, step-ups, resistance band exercises, stationary cycling |
| 4 — Functional | Weeks 8–12 | Normal gait pattern, stair climbing, return to daily activities | Gait correction, balance training, pool walking (if available) |
| 5 — Long-Term | 3–6 Months | Full function, return to activity, implant longevity | Swimming, cycling, walking programme, light weights |
"My goal with every knee replacement is not just to relieve pain — it is to give my patient a knee that feels natural, lasts decades, and lets them live fully."
Transparent pricing. Cashless insurance. No hidden costs.
What's included in your knee replacement package:
Everything you need to know about knee replacement at Gini Hospital.
Free assessment. Same-day X-ray interpretation. Led by Dr. Harjoban Singh — 10,000+ surgeries. GiniVision™ AR precision. NABH accredited.