Specialist Orthopaedic and Hip Replacement Surgeon
Chief Knee and Hip Replacement, Complex Trauma Surgeon
- M.B.B.S.
- M.S. Orthopaedics
- Fellow in Knee and Hip Replacement, Mumbai
- Fellow In Knee and Hip Surgery, Germany
- Fellow in Knee and Hip Surgery, NHS, Singapore
- Fellowship in Complex and revesion knee and Hip replacement, London, Lancaster, UK
When patients look for advanced, affordable, and minimally invasive joint care, cashless robotic joint replacement under PMJAY at Nagpur’s top orthopaedic centre becomes an unmatched option. This innovative treatment combines the precision of robotic surgical systems with the financial protection offered by the Ayushman Bharat Pradhan Mantri Jan Arogya Yojana (PMJAY). As a result, patients receive world-class surgery without worrying about high medical expenses.
In this blog, you will learn how robotic joint replacement works, who is eligible under PMJAY, why top orthopaedic centres in Nagpur are adopting this technology, and how cashless treatment simplifies the journey for patients and families.
- Affordable surgery
- Faster recovery
- Less pain
- Greater accuracy
- Improved long-term outcomes
The Ayushman Bharat PMJAY scheme offers up to ₹5 lakh per family per year for secondary and tertiary healthcare. Because joint replacement is often expensive, PMJAY support becomes extremely valuable. Additionally, since the scheme includes cashless hospitalization, patients avoid the stress of arranging funds.
Key benefits include:
- Coverage for pre- and post-hospitalization
- Cashless treatment at empanelled hospitals
- No hidden charges
- Access to advanced robotic surgery
- Financial relief for middle- and low-income families
Therefore, more patients are choosing cashless robotic joint replacement under PMJAY at Nagpur’s top orthopaedic centres for both safety and affordability.
Robotic joint replacement combines medical expertise with cutting-edge technology. Here is how the procedure usually works:
- Step 1: Preoperative CT Scan
- A high-resolution CT scan creates a 3D model of the patient’s knee or hip.
- Step 2: Virtual Planning
- The robotic system helps the surgeon plan:
- Implant size
- Implant position
- Bone-cutting depth
- Ligament balancing
- Step 3: Real-Time Surgical Guidance
- During surgery, the robotic arm assists the surgeon with exact cuts and placement, ensuring accuracy within sub-millimeter precision.
- Step 4: Post-Surgery Mobilization
- Because tissue damage is minimal, patients start walking sooner than with conventional surgery.
- This step-by-step approach significantly improves success rates and reduces complications.
- Higher accuracy than traditional surgery
- Reduced blood loss
- Smaller incision
- Minimal tissue damage
- Better implant alignment
- Lower risk of revision surgery
- Quicker recovery and mobility
- Complete blood tests and scans
- Discuss medications with your surgeon
- Maintain a balanced diet
- Stay physically active
- Arrange post-surgery support at home
- Begin physiotherapy on time
- Avoid strenuous activities initially
- Follow wound care guidelines
- Attend all follow-up visits