New Delhi, Oct 3: India is rapidly expanding the use of robotic technology in surgery, with hospitals increasingly adopting advanced systems to perform complex procedures with greater precision and consistency. The development is positioning the country as an emerging centre for technology driven healthcare and could eventually broaden access to specialist surgical expertise beyond major urban centres.
Union Health Minister J P Nadda on Friday highlighted India’s growing capabilities in healthcare innovation and advanced surgical technology, saying the country is increasingly becoming an important global destination for medical innovation.
The expansion of robotic surgery is being driven by improvements in medical technology, rising demand for minimally invasive procedures and the growing ability of hospitals to integrate sophisticated equipment into routine clinical practice.
According to healthcare sector data reported on October 3, the number of robotic surgical procedures in India increased from 8,912 in 2021 to 44,857 in 2025. Delhi-NCR has emerged as a major hub, with 39 hospitals using robotic systems.
Robotic-assisted operations generally involve surgeons controlling specialised instruments through a computer-assisted platform. Rather than replacing doctors, the technology provides surgeons with enhanced control and precision while performing procedures.
The systems can offer greater stability of movement and improved visualisation of the operating field. These capabilities are particularly relevant in complex procedures where accurate movements and access to difficult anatomical areas are important.
The growth of robotic surgery also reflects a broader transformation in India’s healthcare infrastructure. Hospitals are investing in sophisticated equipment as patients increasingly seek advanced treatment options within the country.
However, the expansion is not without challenges. Robotic platforms require substantial investment, trained surgical teams and specialised maintenance. Their availability remains concentrated in larger hospitals and metropolitan areas, creating concerns about equitable access.
Healthcare experts say the next stage of development could involve wider use of telesurgery and remote mentoring. Such applications could potentially allow specialists in major medical centres to guide or support surgical teams in other locations.
Remote mentoring may be particularly useful in regions where highly specialised surgical expertise is limited. A surgeon working in a smaller city could receive real-time assistance from an experienced specialist based in a major healthcare institution.
Telesurgery, meanwhile, could eventually allow a surgeon to perform certain procedures from a remote location through robotic systems. However, such applications require strong regulatory frameworks, reliable communications infrastructure and stringent cybersecurity protections.
The growing use of connected medical technologies also raises questions about patient data and system security. As surgical equipment becomes increasingly integrated with digital networks, hospitals will need safeguards to protect sensitive medical information and prevent unauthorised access.
Training is another important component of the transition. Robotic platforms require doctors and operating-room staff to develop specialised skills. Hospitals must therefore invest not only in machines but also in structured training and continuing education.
The increasing adoption of robotic procedures could also influence medical education. Future surgeons may need to become familiar with conventional techniques as well as computer-assisted surgical systems.
At the same time, experts caution against viewing robotic surgery as a replacement for clinical judgement. Decisions about whether a patient should undergo robotic, minimally invasive or conventional surgery continue to depend on the individual’s condition, the complexity of the procedure and the surgeon’s assessment.
The technology’s benefits also vary between procedures. A robotic platform may be particularly useful for operations requiring precise movements, while it may not provide the same advantages in every clinical situation.
Cost remains another consideration for patients and healthcare providers. Establishing robotic programmes involves expenditure on equipment, infrastructure, training and maintenance. Hospitals must assess whether those investments translate into meaningful clinical and operational benefits.
Despite these barriers, India’s growing robotic surgery ecosystem reflects the wider movement toward technology-enabled medicine. Artificial intelligence, digital diagnostics, remote consultations and automated systems are increasingly becoming part of healthcare delivery.
The expansion could be significant for a country with a large and diverse population. If advanced surgical technology becomes more widely distributed, patients outside major metropolitan centres could eventually gain improved access to specialised procedures.
For now, Delhi-NCR remains one of the strongest centres for robotic surgery, but increasing adoption by hospitals in other parts of the country could gradually change the geographic distribution of advanced surgical care.
The trend also strengthens India’s position in medical tourism. Patients from neighbouring countries and other regions already travel to India for specialised treatment, and advanced surgical capabilities could further increase the country’s appeal.
Experts say responsible expansion will depend on ensuring that technology complements medical expertise rather than becoming an end in itself. Clinical outcomes, patient safety, affordability and access will remain central to determining the long-term value of robotic surgery.
India’s progress in this field therefore represents more than the introduction of sophisticated machines into operating rooms. It is part of a broader shift toward precision medicine, digital healthcare and technologically supported clinical decision-making.
As hospitals continue adopting robotic platforms, the focus is expected to move from simply acquiring the technology to determining where it delivers the greatest benefit to patients.
The coming years could see robotic surgery become increasingly integrated into India’s healthcare system, provided investment, training, regulation and access develop alongside technological capabilities.