Noida, August 14, 2025 — Fortis Hospital, Noida has installed the O-Arm 3D intra-operative imaging system to support complex spine and neuro surgeries. The system gives surgeons real-time, CT-like 3D views inside the operating theatre. As a result, they can place screws and implants with higher accuracy, navigate safely around delicate anatomy, and confirm results before closing the incision. These gains often translate into fewer revisions and shorter stays for patients, doctors say. medtronic.comnassopenaccess.org
Why this matters
Traditional spine procedures rely on pre-operative CT or MRI plus two-dimensional X-rays taken during surgery. That approach can miss fine details once the patient’s position changes on the table. In contrast, the O-Arm spins around the patient and generates a 3D dataset in seconds. The images integrate with surgical navigation, guiding instruments much like a GPS for the spine. Evidence from spine literature links this workflow to better screw placement accuracy and fewer complications. medtronic.comnassopenaccess.org
What patients can expect
For patients, the promises are practical. Surgeons can verify implant positions instantly and adjust on the spot. The approach helps avoid a second surgery, reduces exposure to repeat CT scans, and supports minimally invasive techniques. Moreover, teams can follow WHO surgical-safety principles while using advanced imaging and navigation, which together improve consistency of care. PMC
A growing technology footprint
High-end intra-operative imaging is spreading across India’s tertiary hospitals. It aligns with the sector’s broader push to combine precision tech with better outcomes and predictable costs. Earlier this month, we reported on large digital and AI deployments across health systems. (Related reading on Medicare News: Lilly opens Hyderabad digital centre, Haryana’s Ayushman payments crisis, and Delhi’s lung-cancer alert in non-smokers.)
Expert context
The O-Arm is widely used in spine fusion, deformity corrections, revision cases, and certain cranial procedures. It pairs with navigation platforms to track instruments in three dimensions. According to the device maker’s technical literature, teams can acquire 2D fluoroscopy and full 3D volumes intra-operatively, which reduces the need to shift patients for imaging. Peer-reviewed syntheses also show improved pedicle-screw accuracy over conventional fluoroscopy alone. medtronic.comnassopenaccess.org
The road ahead
Fortis Noida’s adoption signals how private hospitals in the NCR are competing on surgical precision and patient experience. Expect similar upgrades across neurosurgery and orthopaedics. As navigation-ready implants and AI-assisted planning mature, intra-operative 3D will likely become routine rather than rare. For patients, that could mean safer operations, faster recovery, and fewer surprises after discharge.
