
Hip Replacement Success Rate in India (2026): What the Evidence Actually Shows
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Hip replacement surgery in India achieves pain relief in approximately 90–95% of appropriate candidates, with implant survivorship rates of roughly 90–95% at 10 years and 80–85% at 20 years based on major international joint registry data. India’s outcomes are broadly comparable to those achieved in the UK, USA, and Australia when surgery is performed by experienced fellowship-trained orthopedic surgeons at accredited hospitals. Success depends far more on patient selection, surgical technique, implant quality, and rehabilitation compliance than on geography alone.
What You Need to Know Before Reading Further
If you are searching for a single, definitive percentage — “hip replacement has a 97% success rate in India” — you will find that number on many websites. You will not find it here, because that is not how orthopedic outcomes work.
What you will find here is something more useful: an honest, evidence-based explanation of what success actually means in hip replacement surgery, which factors genuinely determine your outcome, how India compares to other countries on each of those factors, and what questions you should ask before making your decision.
This article was built for patients making a real decision — not for patients who want to feel good about a decision they have already made.
What Does “Success Rate” Actually Mean in Hip Replacement?
Hip replacement success isn’t measured by a single number. Different hospitals may report different outcomes, so it’s important to understand what their success rate actually refers to.
- Pain Relief: Around 90–95% of patients experience significant or complete relief from hip pain after surgery.
- Improved Function: About 85–92% of patients regain better mobility, including walking, climbing stairs, and performing everyday activities.
- Implant Longevity: Modern hip implants have a 95% survival rate at 10 years and around 80–85% at 20 years, depending on age, activity level, and overall health.
- Patient Satisfaction: Hospitals also use validated scoring systems, such as the Oxford Hip Score (OHS) and Harris Hip Score (HHS), to measure improvements in pain, mobility, and quality of life after surgery.
When comparing hospitals, don’t rely on a single “95% success rate” claim. Ask how success is measured—whether it’s pain relief, functional recovery, implant survival, or patient-reported outcomes. A trustworthy orthopedic center should be transparent about its results and explain what those numbers mean for your individual condition.
Ultimately, the success of hip replacement depends on surgeon experience, implant quality, rehabilitation, and your overall health, rather than the percentage quoted in a brochure.
How Hip Replacement Outcomes Are Measured — The Registry Approach
The most trustworthy data on hip replacement outcomes comes from national joint registries — independent databases that track every hip replacement performed in a country, following patients for decades.
Key registries that inform global orthopedic practice:
| Joint Replacement Registry | Country | Years of Data | Reported 10-Year Implant Survivorship |
|---|---|---|---|
| National Joint Registry (NJR) | United Kingdom | 2003–Present | Approximately 95% implant survivorship at 10 years. |
| Australian Orthopaedic Association National Joint Replacement Registry (AOANJRR) | Australia | 1999–Present | Approximately 95% implant survivorship at 10 years. |
| Swedish Hip Arthroplasty Register | Sweden | 1979–Present | Approximately 94–96% implant survivorship at 10 years. |
| Norwegian Arthroplasty Register | Norway | 1987–Present | Approximately 94% implant survivorship at 10 years. |
| American Joint Replacement Registry (AJRR) | United States | 2011–Present | Approximately 94–96% implant survivorship at 10 years across modern primary hip replacements. |
India does not yet have a nationally mandated equivalent registry at the scale of these programs, though the Indian Society of Hip and Knee Surgeons (ISHKS) has been developing registry infrastructure. This is an important honest disclosure — it means that India-specific 10-year and 20-year survivorship data at the national level is less comprehensive than in Scandinavia or Australia.
What this means for you as a patient: India’s best orthopedic centers use the same implants and follow the same surgical protocols validated by these international registries. The absence of a national Indian registry does not mean outcomes are worse — it means the data infrastructure to prove them at scale is still developing. The most experienced Indian orthopedic programs track their own institutional outcomes, and the major private hospitals can often share their internal data on request.
Conditions That Affect Success Rate: Not All Hip Replacements Are the Same
Your underlying diagnosis significantly influences expected outcomes. This is why population-level success rates can be misleading for individual patients.
Hip Osteoarthritis (OA) The most common indication for hip replacement. Outcomes are generally excellent. Pain relief rates consistently exceed 90% in large registry studies. Patient satisfaction tends to be highest in this group, partly because the onset is gradual and surgery is typically performed at an appropriate stage of disease.
Avascular Necrosis (AVN) / Osteonecrosis Common in younger patients and in populations with higher rates of corticosteroid use or sickle cell disease — demographics relevant for patients from certain African and Middle Eastern countries. Outcomes are generally good, but revision rates can be slightly higher in younger AVN patients due to greater long-term activity demands on the implant.
Hip Fracture (Trauma) Hip replacement following fracture — typically hemiarthroplasty or total hip replacement in older patients — carries different outcomes than elective replacement for arthritis. Outcomes are influenced heavily by pre-fracture mobility, cognitive status, and cardiac health.
Rheumatoid Arthritis (RA) Outcomes are generally good but require more careful peri-operative management of immunosuppressive medications to reduce infection risk.
Hip Dysplasia More technically demanding surgery. Outcomes are excellent in the hands of surgeons with specific experience in this condition, but the technical complexity is higher than standard OA replacement.
The practical implication: Your success rate discussion should be specific to your diagnosis, age, BMI, and overall health — not based on a generic figure drawn from a mixed population.
Factors That Genuinely Influence Your Hip Replacement Outcome
These are the variables that determine whether your surgery succeeds. They are worth understanding because most of them are within your control or your surgeon’s.
Patient-Related Factors
Age Younger patients (under 60) have longer survival expectations and higher activity levels, which means greater long-term demands on the implant. Survivorship data generally shows higher revision rates in younger patients, not because surgery fails, but because they simply live longer and place more mechanical stress on the prosthesis over time.
BMI Higher BMI is associated with increased surgical complexity, higher infection risk, and greater mechanical loading on the implant. Most orthopedic guidelines recommend optimizing BMI before elective hip replacement where feasible. This does not mean surgery cannot be performed in patients with obesity, but your surgeon should discuss realistic expectations.
Diabetes Poorly controlled diabetes increases infection risk. Pre-operative glucose optimization is standard in quality programs and significantly reduces this risk.
Smoking Smoking impairs bone healing and increases infection risk. Cessation before surgery is strongly recommended.
Bone Quality Osteoporosis affects implant fixation, particularly for cementless implants. Your surgeon will assess bone quality when selecting implant type.
Pre-operative Function Patients who are more mobile before surgery generally recover faster and achieve higher functional scores post-operatively.
Surgical Factors
Surgeon Experience and Training Fellowship training in adult joint reconstruction, and specifically in hip arthroplasty, is associated with better outcomes in the literature. Case volume matters — surgeons who perform a higher volume of hip replacements annually tend to have lower complication rates.
Surgical Approach The posterior, anterolateral, and anterior (direct anterior) approaches each have advantages and disadvantages. No single approach has been conclusively proven superior for all patients, but surgeon familiarity with their chosen approach is critical.
Implant Selection Using implants with established long-term registry data is important. The major manufacturers — Zimmer Biomet, DePuy Synthes (Johnson & Johnson), Stryker, Smith & Nephew, and Exactech — have registry-validated designs. Indian hospitals at the premium tier use these same internationally validated implants.
Hospital Infection Prevention Protocols Surgical site infection is among the most serious complications in hip replacement. Laminar flow operating theatres, antibiotic prophylaxis protocols, and perioperative care bundles significantly reduce infection rates. JCI-accredited and NABH-accredited hospitals in India have standardized protocols in this area.
Rehabilitation Factors
Early Mobilization Patients who begin walking with physiotherapy guidance within 24–48 hours of surgery consistently show better early outcomes than those kept immobile. This is standard practice in quality Indian orthopedic programs.
Physiotherapy Compliance Patients who complete their prescribed physiotherapy program — including home exercises for 3–6 months post-surgery — achieve significantly better functional scores than those who do not.
Follow-Up Regular radiological follow-up at 6 weeks, 1 year, and then every 2–5 years allows early detection of any implant issues before they become clinical problems.
Hip Implant Longevity — What to Realistically Expect
| Time Period After Surgery | Expected Implant Survivorship | Evidence Base |
|---|---|---|
| 5 Years | Approximately 98% | Supported by findings from multiple large national joint replacement registries. |
| 10 Years | Approximately 93–95% | Consistent with long-term data from the Australian, UK National Joint Registry (NJR), and Swedish Hip Arthroplasty Register. |
| 15 Years | Approximately 88–90% | Based primarily on long-term follow-up from the UK NJR and Swedish national registry. |
| 20 Years | Approximately 80–85% | Derived from extended registry studies evaluating modern total hip replacements over two decades. |
| 25+ Years | Approximately 70–78% | Available evidence is more limited because fewer patients have reached this follow-up period, but existing long-term registry studies continue to demonstrate durable implant performance. |
Important context: These figures represent population averages across all patients, all ages, all implant designs, and all surgical approaches. A 65-year-old active patient with good bone quality and a well-positioned implant may achieve 25 or more years of excellent function. A 45-year-old with higher activity demands may require revision at 15 years.
Modern implant technology — particularly highly cross-linked polyethylene, ceramic bearings, and improved fixation surfaces — has improved projected longevity compared to implants used 20–30 years ago. The survivorship figures improving in the most recent registry cohorts reflect these advances.
Implant Bearing Surface Comparison:
| Bearing Type | Wear Rate | Estimated Longevity | Best Suited For |
|---|---|---|---|
| Ceramic-on-Ceramic | Very Low | Potentially 25+ Years | Active younger patients seeking maximum wear resistance and long-term implant durability. |
| Ceramic-on-Highly Cross-linked Polyethylene | Very Low | 20–25+ Years | An excellent choice for most patients, offering an outstanding balance between durability, low wear, and broad clinical use. |
| Metal-on-Highly Cross-linked Polyethylene | Low | 15–20+ Years | The traditional modern standard for primary total hip replacement with proven long-term outcomes. |
| Metal-on-Metal | Higher (Historical Design) | Variable | Largely abandoned for routine primary total hip replacement because of concerns regarding metal ion release and implant-related complications. It is not recommended for most patients. |
Indian hospitals at premium tier stock internationally validated implants across all of these categories. The specific implant choice for your case should be discussed in detail with your surgeon based on your age, weight, activity level, bone quality, and diagnosis.
Cemented vs Cementless Hip Replacement: Which Achieves Better Results?
This is one of the most common questions from patients researching surgery.
| Factor | Cemented Hip Implant | Cementless Hip Implant |
|---|---|---|
| Fixation Method | Bone cement (PMMA) secures the implant immediately to the bone. | The implant has a porous surface that allows the patient’s bone to grow into it for long-term fixation. |
| Best For | Older adults (typically 65+ years) and patients with osteoporosis or reduced bone quality. | Younger, more active patients with good bone quality capable of achieving biological fixation. |
| Early Stability | Immediate stability once the bone cement hardens. | Initial press-fit stability followed by bone ingrowth over approximately 6–12 weeks. |
| Long-Term Performance | Excellent long-term registry outcomes, including studies extending beyond 40 years. | Excellent long-term survivorship, particularly for modern cementless stems used in younger patients. |
| Activity Recovery | Often allows slightly faster initial full weight-bearing because fixation is immediate. | Weight-bearing progression depends on surgeon preference while bone gradually integrates with the implant. |
| Revision Complexity | Revision surgery can be technically more challenging because of the need to remove old bone cement. | Revision remains technically demanding but is generally well-established with modern surgical techniques. |
| Cost | Typically associated with a slightly lower implant cost. | Usually carries a slightly higher implant cost because of advanced implant design and surface technology. |
| Current Registry Evidence | The UK National Joint Registry (NJR) generally supports cemented femoral stems for many patients aged over 65 years. | The Australian Orthopaedic Association National Joint Replacement Registry (AOANJRR) reports excellent outcomes with cementless fixation, particularly in patients younger than 65 years. |
The bottom line: Neither approach is universally superior. The choice depends on your age, bone quality, and surgeon preference based on their training and institutional experience. The UK National Joint Registry data and the Australian registry both show excellent outcomes with appropriate patient selection for each approach.
Robotic Hip Replacement — Does Technology Improve Success?
Robotic-assisted hip replacement — using systems such as Mako (Stryker) — has become increasingly available in Indian premium hospitals. The technology enables pre-operative CT-based planning and intra-operative real-time guidance for cup and stem positioning.
What the evidence shows: Early and medium-term data suggests robotic assistance improves accuracy of implant positioning — particularly acetabular cup inclination and version angles — compared to conventional instrumentation. Precise implant positioning is associated with lower dislocation rates and optimized bearing mechanics.
What the evidence does not yet conclusively show: Whether improved positioning accuracy translates into meaningfully better long-term implant survivorship or patient-reported outcomes at 10 and 20 years compared to conventional surgery performed by experienced surgeons. Longer-term registry follow-up is needed to answer this definitively.
The practical implication for patients: Robotic hip replacement may offer specific advantages in terms of positioning precision, particularly in complex cases or anatomically challenging patients. The technology is not a substitute for surgical expertise — it is a tool that can enhance precision in the hands of an experienced surgeon. If your surgeon uses robotic assistance and has substantial experience with the system, this is a reasonable advantage. It should not be the primary basis for choosing a hospital.
Hip Replacement Success Rate: India vs Major Destination Countries
Rather than fabricating country-specific success rates which no honest comparison can provide, because studies use different patient populations and different outcome measures this comparison focuses on the factors that determine outcomes.
| Factor | India (Premium Tier) | UK | USA | Germany | Turkey | Thailand |
|---|---|---|---|---|---|---|
| Surgeon Training Pathway | Fellowship-trained surgeons; many have international training experience. | Fellowship-trained specialists (FRCS pathway). | Fellowship-trained specialists (ABOS pathway). | Facharzt specialist training system with extensive orthopedic training. | Fellowship-trained surgeons with growing international patient experience. | Fellowship-trained orthopedic surgeons. |
| Implant Availability | Major international implant brands available. | Same leading international implant systems. | Same leading international implant systems. | International and European implant brands available. | International implant brands available. | International implant brands available. |
| Technology Access | Mako robotic surgery, navigation, and advanced planning available at leading centers. | Robotic and navigation systems available at selected specialist centers. | Widely available across advanced orthopedic hospitals. | Advanced technology available at major centers. | Growing availability of robotic systems. | Available at major private hospitals. |
| Waiting Time | Generally no long waiting period for international patients. | NHS waiting times commonly 12–24 months; private care is faster. | Minimal waiting in private hospitals. | Minimal waiting for private international patients. | Minimal waiting for international patients. | Minimal waiting for international patients. |
| Cost (International Patient) | $5,000 – $9,000 | £15,000 – £22,000 | $30,000 – $55,000 | €18,000 – €28,000 | $8,000 – $14,000 | $10,000 – $18,000 |
| Rehabilitation Infrastructure | Comprehensive rehabilitation programs at premium hospitals. | Excellent rehabilitation services. | Excellent rehabilitation services. | Excellent rehabilitation infrastructure. | Good rehabilitation support. | Good rehabilitation support. |
| Language Support | English widely available; Arabic, Bangla, and other language support at international centers. | English. | English. | German primarily; international centers provide support. | English support varies. | English support varies. |
| Accreditation | JCI and NABH-accredited hospitals available. | CQC-regulated healthcare system. | Joint Commission accredited hospitals. | DIN ISO and German healthcare standards. | JCI-accredited hospitals available. | JCI-accredited hospitals available. |
| International Patient Infrastructure | Strong dedicated international patient departments and coordinators. | Limited NHS international support. | Limited dedicated support outside major centers. | Limited compared with medical tourism hubs. | Variable depending on hospital. | Variable depending on hospital. |
Cost ranges above are approximate international patient pricing for 2025–2026 and should be verified with specific hospitals, as they vary by implant type, hospital tier, and patient complexity.
The honest assessment: India’s outcome data at the institutional level from major accredited hospitals with experienced orthopedic teams — is broadly comparable to outcomes achieved in the UK, Australia, and the USA when appropriate surgical and patient selection criteria are applied. The cost differential is substantial. The primary advantage of choosing established Western systems is the availability of national registry data; the primary advantage of India is affordability combined with genuinely experienced surgical teams.
Recovery Timeline — Realistic Expectations for International Patients
| Stage | Timeline | What to Expect | Travel Implications |
|---|---|---|---|
| Hospital Stay | 3–5 days | Pain is controlled, walking with support usually begins within Day 1–2, and physiotherapy starts. | Hospital monitoring period before discharge. |
| Early Recovery | Days 1–7 | Walking with a walker, wound care, medication management, and supervised rehabilitation. | International patients generally remain in India during this period. |
| Initial Mobility Phase | Post-op Weeks 2–4 | Gradual transition from walker to walking stick with increasing independence. | Patients may shift to a recovery accommodation near the hospital. |
| Functional Improvement | Weeks 4–8 | Increasing walking distance, improved daily activities, and many patients can manage stairs. | Many international patients may fly home around 4–6 weeks after surgery if cleared by the surgeon. |
| Reduced Dependence on Aids | Months 2–3 | Most patients begin walking without support. Driving may restart after around 6 weeks for many patients with automatic vehicles. | Follow-up with a local orthopedic specialist is recommended after returning home. |
| Return to Activities | Months 3–6 | Most patients return to regular activities, including swimming, cycling, and light hiking. | Gradual increase in activity based on surgeon advice. |
| Near-Complete Recovery | 6 Months–1 Year | Most patients achieve near-complete recovery with continued improvement in strength, balance, and confidence. | Long-haul travel is generally appropriate after 6–8 weeks if medically cleared. |
| Long-Term Follow-Up | Ongoing | Periodic orthopedic review and X-rays are recommended to monitor implant condition. | Annual or biennial review with an orthopedic surgeon is commonly advised. |
Flying home after surgery: Most orthopedic surgeons recommend waiting a minimum of 4–6 weeks before long-haul flying, primarily due to deep vein thrombosis (DVT) risk. Compression stockings, anticoagulation medication, and regular movement during flight significantly mitigate this risk. Your surgical team will provide specific guidance based on your individual DVT risk factors.
Risks That Can Affect Success — Honest, Evidence-Based Disclosure
Any honest discussion of hip replacement must include this section. Complications are uncommon, but patients deserve to know about them.
| Complication | Reported Incidence | Prevention Strategy |
|---|---|---|
| Surgical Site Infection (Superficial) | 1–2% | Antibiotic prophylaxis, sterile operating environment, laminar airflow operating rooms where available, and strict wound care protocols. |
| Deep Prosthetic Joint Infection | 0.5–1.5% | Advanced infection prevention protocols, perioperative antibiotics, and optimized health conditions such as blood glucose control in diabetic patients. |
| Dislocation | 1–3% (varies by surgical approach) | Accurate implant positioning, appropriate surgical technique, and patient education regarding post-operative movement precautions. |
| Deep Vein Thrombosis (DVT) | 1–3% with preventive measures | Blood-thinning medication, compression devices, and early mobilization after surgery. |
| Pulmonary Embolism | <1% with prophylaxis | Appropriate anticoagulation, mobility protocols, and extended blood-thinner use for selected high-risk patients. |
| Implant Loosening (Aseptic) | ~5% at 15–20 years | Correct implant selection, proper fixation method, and accurate surgical placement. |
| Periprosthetic Fracture | 0.5–1% | Careful surgical technique, assessment of bone quality, and selecting appropriate implant fixation. |
| Nerve Injury (Sciatic/Femoral) | <1% | Precise surgical technique, careful handling of tissues, and selection of an appropriate surgical approach. |
| Leg Length Discrepancy (>1 cm) | 1–2% | Pre-operative planning, digital templating, and intra-operative measurements to restore hip biomechanics. |
| Revision Surgery (Any Cause, 10 Years) | ~5–7% | Choosing the right patient profile, high-quality implants, experienced surgeons, and structured rehabilitation. |
The important perspective: These are absolute risk figures, not failure rates. The vast majority of patients — over 90% — undergo hip replacement without any of these complications. Knowing about risks allows you and your surgical team to minimize them, not to make surgery seem dangerous.
Myths About Hip Replacement Success
| Myth | Reality |
|---|---|
| Hip replacements last only 10 years. | Modern implants commonly function for 15–20+ years, depending on patient factors. |
| You will always limp after surgery. | Most patients walk normally within 3–6 months with proper rehabilitation. |
| Older patients should avoid hip replacement. | Age alone is not a limitation; many patients over 70 achieve excellent results. |
| Indian hospitals use inferior implants. | Leading Indian hospitals use the same international implant brands used globally. |
| You cannot exercise after surgery. | Low-impact activities like swimming, cycling, and walking are usually encouraged. |
| Robotic surgery guarantees better results. | Robotics improves accuracy but surgeon expertise remains the key factor. |
| Recovery takes one full year. | Most patients regain major function within 3–4 months; improvement continues afterward. |
| Cemented implants are outdated. | Cemented fixation remains a proven option, especially for many older patients. |
| Revision surgery is unavoidable. | Most patients never require revision when implants and care are appropriate. |
| Diabetes makes surgery unsafe. | Well-controlled diabetes can be managed safely with proper preparation. |
| You cannot fly after surgery. | Many international patients travel home after 4–6 weeks with surgeon approval. |
| JCI means perfect surgical outcomes. | JCI confirms hospital safety systems, not individual surgeon performance. |
| Higher cost means better quality. | Outcomes depend on surgeon skill, implants, patient health, and rehabilitation. |
Questions to Ask Your Orthopedic Surgeon Before Surgery
These questions will help you evaluate whether a surgeon and hospital are appropriate for your care. Any experienced, ethical surgeon will welcome them.
- How many total hip replacements do you perform annually?
- What is your personal revision rate at 2 years and 5 years?
- What implant system do you recommend for my case, and why?
- What surgical approach will you use, and what are the specific advantages for my anatomy?
- Does your hospital have a laminar flow operating theatre for orthopedic procedures?
- What anticoagulation protocol do you use for DVT prevention?
- When can I realistically walk without a stick?
- When can I fly home, and what precautions will I need?
- What should I do if I have a problem after returning to my home country?
- Can I speak with patients who have undergone the same procedure at your institution?
How Shifam Health Supports International Patients Through the Hip Replacement Journey
Shifam Health works with internationally accredited hospitals and fellowship-trained orthopedic surgeons across India’s major medical centers. The support provided is practical and end-to-end:
Pre-Treatment Medical records review by clinical coordinators, hospital and surgeon shortlisting based on your specific diagnosis and profile, detailed cost estimation before you commit to anything, and video consultation arrangement with your prospective surgeon.
Travel and Visa Medical visa application guidance, invitation letter support from the hospital, and travel coordination including airport transfer and accommodation arrangements near the hospital.
During Treatment Dedicated patient coordinator available throughout your hospital stay, language interpretation services, daily family updates, and liaison between you and your medical team.
Post-Treatment and Return Discharge planning, physiotherapy referral in your home country, follow-up coordination with your Indian surgical team, and assistance with any medical queries during recovery.
If you want to understand what to expect realistically — not just what is possible in the best-case scenario — that is the approach we take with every patient.
Key Takeaways for International Patients
Hip replacement in India at experienced, accredited centers achieves outcomes broadly consistent with international benchmarks when appropriate patient selection, surgical technique, and rehabilitation are in place.
The decision to undergo surgery and where to undergo it — should be based on your specific diagnosis, the experience and outcomes data of your prospective surgeon, the quality of the hospital’s infection prevention and rehabilitation infrastructure, and the practical support available to you as an international patient.
A single success rate figure, without context, is not informative. The questions you ask your surgeon, the implant choice you make together, and the rehabilitation you commit to after surgery will determine your individual outcome more than any country-level statistic.
If you want an honest assessment of your specific case not a number designed to reassure you that is exactly the conversation Shifam Health can help you have with the right surgical team.
FAQs
Hip replacement surgery in India has a 90–95% success rate for pain relief and improved mobility when performed at experienced, accredited hospitals.
Modern hip implants typically last 15–20 years or longer, with many functioning well beyond 20 years depending on age, activity level, and implant type.
For international patients, hip replacement surgery usually costs USD 5,000–9,000, including surgery, implant, hospital stay, and rehabilitation.
Yes. Most international patients are cleared for long-haul travel 4–6 weeks after surgery, following their surgeon’s approval.
Most patients begin walking with physiotherapy within 24–48 hours after surgery and regain independent mobility over the following weeks.
Robotic-assisted surgery can improve implant positioning and surgical precision, but both robotic and conventional techniques achieve excellent outcomes when performed by experienced orthopedic surgeons.
Yes. Selected patients may undergo simultaneous or staged bilateral hip replacement, depending on their overall health and surgeon’s recommendation.
Success depends on surgeon experience, implant quality, overall health, weight, diabetes control, smoking status, and commitment to rehabilitation.
Most patients stay 2–3 weeks after surgery for recovery, physiotherapy, and follow-up before returning home.
Shifam Health assists with hospital selection, specialist consultations, treatment plans, cost estimates, Medical Visa support, travel arrangements, and post-surgery follow-up coordination.
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