Delhi-NCR’s rise as India’s leading robotic surgery hub is not simply a story about hospitals acquiring expensive machines. It is also a story about how advanced medical capacity is concentrating in a major urban region, how integrated hospital networks are shaping technology adoption, and how new connectivity could eventually extend specialist expertise beyond metropolitan boundaries.
Data presented at the Society of Robotic Surgery India 2026 conference shows that 39 hospitals in Delhi-NCR now have robotic surgical systems, including 11 hospitals with more than one machine. Robotic-assisted procedures in the region increased from 2,257 in 2021 to 10,937 in 2025. That is nearly a fivefold rise in four years, with annual procedure volumes reaching 3,594 in 2022, 5,024 in 2023 and 7,595 in 2024.
The regional expansion is part of a much wider national shift. Across India, robotic-assisted procedures increased from 8,912 in 2021 to 44,857 in 2025. Delhi-NCR accounted for nearly a quarter of the national total in 2025 based on the figures presented at the conference. The region’s scale therefore reflects both local institutional investment and the rapid normalisation of robotic assistance in surgical practice across the country.
The more important question is what kind of urban healthcare system is producing this growth. The installed base in Delhi-NCR is concentrated in integrated delivery networks, or IDNs. These are coordinated chains of hospitals, clinics and other healthcare providers operating within a connected system. IDNs account for 69% of the region’s installed robotic systems. Private hospitals account for 23%, while government hospitals account for 8%.
That distribution differs from the national pattern, where IDNs account for 54% of installed systems, private hospitals for 33% and government hospitals for 13%. The Delhi-NCR figures indicate that the region’s robotic surgery capacity is particularly tied to large, coordinated hospital groups rather than being distributed evenly across independent private facilities or public hospitals.
This concentration has operational advantages. Large hospital networks can spread capital costs across multiple facilities, develop specialist teams, standardise procedures and build experience across a wider patient base. The increase in procedures alongside the increase in installed systems suggests that the machines are being integrated into routine clinical work rather than remaining isolated technology purchases.
At the same time, the figures do not establish how evenly this capacity is available to patients across the region. The supplied data does not provide procedure costs, insurance coverage, public utilisation, waiting times, patient outcomes or the geographic distribution of hospitals within Delhi-NCR. It therefore confirms the growth of institutional capacity, but not whether the benefits of that capacity are reaching patients across income groups or across the wider National Capital Region.
The distribution of procedures across specialities offers another indication of how robotic surgery is being absorbed into the health system. In 2025, general surgery for benign conditions accounted for around 33% of robotic procedures. Urology contributed 30.2%, gynaecology 22.1% and general surgery for malignant conditions 10%. Robotic procedures were also carried out in head and neck, thoracic and cardiac surgery.
This mix is significant because it shows that robotic surgery is not confined to a single high-profile speciality. The technology is being used across a range of surgical departments, with benign general surgery and urology together accounting for a substantial share of the reported volume. The data also points to the importance of institutional depth: multiple specialities require trained surgeons, operating-room teams, maintenance systems, patient-selection protocols and post-operative support.
Dr Vivek Bindal, organising chairman of SRS India and principal director and head of minimal access, bariatric and robotic surgery at Max Hospital, Delhi, attributed the region’s position to the concentration of robotic installations and the expansion of procedural expertise. He said Delhi-NCR had become a leading force in India’s robotic surgery journey, reflecting the depth of expertise and institutional adoption developed in the region.
That relationship between equipment and expertise is central to the urban story. A robotic system does not operate independently of the city around it. It depends on hospitals with sufficient patient volumes, specialist recruitment, trained technicians, operating theatres, biomedical maintenance and financial capacity. It also depends on referral networks that can move patients into facilities with the required capabilities.
Delhi-NCR already functions as a major regional centre for tertiary healthcare. The growth of robotic surgery adds another layer to that role by increasing the region’s ability to attract complex cases, train specialists and demonstrate new operating models. The conference’s focus on telesurgery shows that the next stage of development may be less about adding machines in metropolitan hospitals and more about connecting those hospitals to patients and clinicians elsewhere.
The report cites a recent robotic telesurgery procedure in which Prof Dr Anup Kumar of Vardhman Mahavir Medical College and Safdarjung Hospital operated from Gurgaon on a patient in Hyderabad. Doctors from Max Super Speciality Hospital, Vaishali, also demonstrated cross-border robotic telesurgery between India and China during pre-clinical procedures, remotely operating a system nearly 5,000 kilometres away in Chengdu.
These demonstrations are not the same as evidence of routine, large-scale remote surgery. They do, however, show the direction in which the technology is being tested. If such systems become operationally reliable and appropriately regulated, a specialist based in a major city could potentially support procedures in a smaller city without the patient travelling to the metropolitan centre. The supplied report does not establish that this model is ready for widespread clinical use, but it identifies the infrastructure and governance questions that will determine whether it can move beyond demonstrations.
Connectivity is one of those requirements. Remote surgery depends on stable and sufficiently responsive communications networks, but connectivity alone cannot resolve the risks involved in a procedure conducted across locations. The conference is also examining cybersecurity, surgeon training, credentialing, emergency preparedness and regulatory safeguards. These requirements indicate that telesurgery is not only a medical technology issue. It is also a question of digital infrastructure, institutional accountability and public safety.
Emergency preparedness is particularly important because a remote procedure creates dependencies between the operating team, the robotic system, the network and the hospital where the patient is located. The source report does not specify the technical or regulatory protocols being proposed. It does make clear that the sector is discussing safeguards alongside expansion, rather than treating connectivity as a substitute for local clinical capacity.
The role of public hospitals remains another unresolved part of the urban health picture. Government hospitals account for 8% of Delhi-NCR’s installed robotic systems, compared with 13% nationally. The figures do not explain whether this lower regional share reflects procurement priorities, funding constraints, staffing models, utilisation levels or differences in hospital structure. They do show that the region’s expansion has so far been led primarily by integrated delivery networks.
Union health minister J P Nadda, addressing the conference through a video message, said India had an opportunity not only to adopt surgical robotics but also to innovate and develop the technology. That ambition places the current expansion within a larger national policy question: whether India will remain primarily a user of imported or externally developed systems, or build capabilities in research, manufacturing and clinical innovation.
For Delhi-NCR, the immediate evidence confirms a powerful concentration effect. The region has the country’s highest reported concentration of robotic surgical systems, a rapidly growing procedure volume and institutions capable of testing telesurgery across cities and national borders. It is becoming a site where equipment, specialist expertise, hospital networks and digital connectivity are being assembled together.
What remains uncertain is whether this concentration will translate into broader access, lower costs, stronger public-sector capacity or measurable improvements in patient outcomes. The supplied data establishes growth and institutional adoption, but not the distribution of benefits. The next stage will depend on how hospitals, regulators and policymakers address training, credentialing, cybersecurity, emergency response and the relationship between metropolitan expertise and healthcare capacity in smaller cities.
