Dr. Eric Rosenberg of SightMD in New York officially made history by performing the world’s first cataract surgery using the Apple Vision Pro as the primary visualization interface.
While the very first procedure was successfully completed in a controlled environment in October 2025, the official announcement on April 27 marked the public unveiling of the technology’s success across hundreds of additional cases, proving its clinical reliability.
1. How it Works: The ScopeXR Platform
The surgery was made possible through ScopeXR, a spatial computing platform co-developed by Dr. Rosenberg specifically for ophthalmic operating rooms.
- Digital Integration: The platform streams a live, high-definition stereoscopic feed from 3D digital surgical microscopes (like the ZEISS ARTEVO) directly into the Apple Vision Pro.
- Heads-Up Display: Instead of leaning over a traditional microscope for hours—which causes significant neck and back strain—the surgeon can sit upright and view the operative field in immersive 3D.
- Data Overlay: Surgeons can access real-time diagnostic data and preoperative plans as digital overlays within their field of vision, all while maintaining a sterile environment.
2. Global Collaboration & Training
One of the most transformative aspects of using a spatial headset for eye surgery is the ability to democratize expertise.
- Remote Mentorship: Using the Vision Pro’s collaboration tools, a world-class surgeon can virtually “scrub in” from anywhere in the world, seeing exactly what the operating surgeon sees in real-time.
- Surgical Education: Residents and fellows can observe these delicate microsurgeries with unprecedented clarity, viewing the same 3D depth and detail as the lead surgeon without crowding the operating table.
3. Current Clinical Trials (April 2026)
While Dr. Rosenberg’s work at SightMD is leading the charge, other major healthcare institutions are now launching formal studies to validate the technology.
- Sharp HealthCare Study: On April 15, 2026, Sharp HealthCare in San Diego launched an IRB-approved clinical study using the ClearSurgery application on the Vision Pro.
- Focus Areas: The study is specifically measuring the impact of spatial computing on surgeon ergonomics, depth perception accuracy, and overall surgical workflow efficiency in community-based settings.