Apollo Spectra Unveils Multi-Robot Healthcare Ecosystem in Delhi-NCR

The new ecosystem integrates multiple surgical robots - including CUVIS Joint Robotic System, SSI Mantra Robot, and Anatomize 3D planning tools - allowing Apollo surgeons to deliver highly precise procedures with faster recovery times.

Apollo Spectra Hospitals has introduced a first-of-its-kind multi-robot healthcare ecosystem at its Pusa Road facility in Delhi-NCR, marking a major step toward advancing precision-led, technology-driven surgical care in India.

The hospital has integrated multiple robotic systems, along with 3D surgical planning tools, to strengthen outcomes across orthopedic, soft-tissue and minimally invasive procedures.

The new ecosystem brings together the Meril CUVIS Joint Robotic System for orthopedic surgeries, the SSI Mantra Surgical Robot for soft-tissue interventions, and an Anatomize 3D pre-operative planning platform.

The combination allows surgeons to design highly personalized surgical pathways, enabling safer, more predictable, and less invasive procedures for patients.

Launching the multi-robot suite, Dr. Sangita Reddy, Joint Managing Director, Apollo Hospitals Group, said the initiative represents a significant milestone in the hospital's mission to make advanced surgical technologies more accessible.

“Integrating these technologies under one roof ensures that our patients benefit from enhanced precision, lower complication risks, and faster recovery,” she said.

“This multi-robot ecosystem elevates our short-stay surgical model, creating a meaningful difference for working professionals and seniors seeking minimally invasive care.”

Olympic Gold Medalist Abhinav Bindra, present as Guest of Honor, highlighted the importance of technology-led transformation in healthcare. “It is inspiring to see Apollo consistently invest in future-ready medical technologies,” Bindra said.

“Robotics brings a level of accuracy and safety that patients truly deserve. This initiative sets a benchmark that will shape patient expectations across India.”

The Apollo Spectra team notes that the fusion of robotics and anatomical 3D modelling significantly improves surgical planning, enabling surgeons to simulate implant placement, assess joint movement, and map incision paths before entering the operating room.

This planning precision is expected to minimize tissue damage, reduce pain, and shorten hospital stays.

Over the coming year, Apollo Spectra plans to expand the program and train more surgeons across specialties, strengthening India’s ecosystem of tech-enabled surgical care.

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