Archive · 21 Aug 2026
Robotic Joint Replacement Gains Momentum Across India
Doctors in India are using robots to help with some joint-replacement operations.
The robot does not replace the surgeon.
Instead, it helps the surgeon plan and perform the operation very precisely.
A computer first creates a three-dimensional map of the patient’s joint.
This can help doctors place the artificial joint in the right position.
The article says this may lead to less damage, quicker recovery and longer-lasting implants.
It describes a 135-kilogram patient who was walking again within weeks after a difficult operation.
Hospitals are also working to bring this technology to smaller cities.
In the future, artificial intelligence may help doctors plan these operations even better.
An orthopaedic surgeon says robotic systems are reshaping joint-replacement care in India.
Robotic technology creates 3D anatomical maps and guides bone cuts and implant placement.
The article links robotic assistance with personalized procedures, less tissue damage and faster recovery.
Amandeep Hospitals and Ujala Cygnus have invested in Swiss and American robotic systems.
The article says robotics is being introduced beyond major cities, including Srinagar, while artificial intelligence may further expand its use.
- Who
- Orthopaedic surgeons, hospitals and patients undergoing joint replacement in India; the article specifically mentions Amandeep Hospitals and Ujala Cygnus.
- What
- The article describes the growing use of robotic-assisted technology for precise, personalized joint-replacement surgery.
- When
- August 21; the year is not specified in the article.
- Where
- India, including Amandeep Hospitals and Srinagar.
- Why
- The technology is being promoted as a way to improve surgical precision, implant alignment, recovery and access to advanced care.
- Medical field
- Robotic-assisted orthopaedic joint replacement
- Planning technology
- Three-dimensional anatomical mapping, surgical planning and virtual simulation
- Reported precision
- The article says robotic systems can support sub-millimeter precision in bone cuts and implant placement.
- Institutions mentioned
- Amandeep Hospitals and Ujala Cygnus
- Technology origins
- The hospitals are described as using Swiss and American robotic systems.
- Complex-case facility
- Amandeep Hospitals has an advanced 3D-printing, surgical-planning and virtual-simulation centre for customized implants in complex and revision cases.
- Illustrative patient
- The article describes a 135-kilogram woman with severe deformities who was walking again within weeks after robotic-assisted surgery.