Skytron Blog

Spend a day walking the exhibit hall at AORN, HSPA, OR Manager, or another major perioperative conference and you’ll notice a pattern. The booths that draw a crowd usually aren’t talking about specifications first. They’re showing something people haven’t seen before, demonstrating a new workflow, or giving attendees a glimpse of where the OR may be headed.

We experienced that firsthand at HSPA this year. One of the biggest conversation starters in our booth wasn’t something attendees had seen before. It was a washer rack robot making its U.S. debut. People gathered to watch it work, ask questions, and imagine how it could fit into their own departments.

Surgical lighting is no different. Reliable illumination will always be the foundation, but brightness and light output are only part of the conversation.

Here are three questions we hear about surgical lighting.
 

How has robotic surgery changed what operating room lights need to do?

Operating room lights now have to support the room, not just the incision.

Robotic surgery changed more than the surgeon’s position. Large displays have become the primary view of the procedure. Robotic arms, cameras, booms, and imaging equipment all compete for space around the patient and overhead.

Lighting has adapted alongside those changes. Positioning, range of motion, glare management, camera compatibility, and integration with other OR equipment all play a role in supporting the surgical environment.

Research published in the Journal of Robotic Surgery highlights how robotic procedures continue to reshape surgical visualization and ergonomics, reinforcing that lighting is one component of a much larger surgical ecosystem.

Why are multiple LEDs used in surgical lighting?

Because people and equipment are constantly moving through the surgical field.

During nearly every procedure, surgeons, assistants, retractors, microscopes, C-arms, and other equipment move in and out of the surgical field.

Multiple LED modules are positioned around the light head, each illuminating the surgical site from a different angle. When one light path is blocked, the remaining LEDs continue providing illumination, helping maintain visibility throughout the procedure.

How could AI influence surgical lighting?

Researchers are exploring ways for lighting systems to reduce manual adjustments.

Artificial intelligence hasn’t reached surgical lighting the way it has documentation or imaging, but research is underway. One prototype uses computer vision to track a positioning marker placed above the surgical site with 96.7% detection accuracy, allowing the lighting system to respond automatically as the operative field changes. The technology remains in the research stage, but it offers a glimpse into how surgical lighting may continue to develop.

Robotics, optical engineering, and artificial intelligence are shaping new conversations across the operating room. Surgical lighting is part of that discussion.

Reliable illumination remains the priority, but the questions surrounding surgical lighting continue to expand. Understanding where those conversations are headed helps healthcare organizations make informed decisions for the operating rooms of today and tomorrow.
 

 
Resources
1. Wong SW, Crowe P. Visualisation Ergonomics and Robotic Surgery. Journal of Robotic Surgery. 2023.
2. Gharghabi A, et al. Machine Vision-Based Surgical Lighting System: Design and Implementation. arXiv preprint. 2025.