Surgery Goes Outpatient and Robots Follow Fast

As procedures move to ambulatory centers, robotics companies are redesigning systems to fit smaller spaces, tighter budgets, and faster surgical workflows

5 Mar 2026

A structural shift in the American health care system is reshaping the future of surgical robotics. As more procedures move out of hospitals and into ambulatory surgery centers, medical technology companies are racing to redesign robotic systems for outpatient settings. The transition is prompting a new wave of innovation aimed at making surgical robots smaller, more flexible and less expensive.

The trend drew renewed attention in January 2026 when Distalmotion secured a strategic investment from Johnson & Johnson Innovation. According to company statements, the funding is intended to accelerate deployment of the company’s Dexter surgical robot in ambulatory surgery centers across the United States. The move reflects a broader industry effort to adapt advanced surgical technologies to facilities built around shorter procedures and same-day patient discharge.

Ambulatory surgery centers have become one of the fastest-growing sites of care in the American health system. These facilities specialize in procedures that allow patients to return home the same day, avoiding overnight hospital stays. For patients, insurers and providers, the model can lower costs while maintaining strong clinical outcomes, analysts say.

Many industry observers expect outpatient surgical volumes to continue rising as medical advances make more procedures feasible outside traditional hospitals. Forecasts from health care analysts suggest ambulatory surgery centers could grow faster than hospital outpatient departments in the coming years, increasing their influence across the surgical landscape.

That shift presents both opportunity and pressure for robotics manufacturers. Historically, robotic platforms were built for large hospitals with dedicated operating rooms and significant capital budgets. Ambulatory centers, by contrast, operate with tighter space constraints, faster procedure turnover and stricter cost discipline.

Companies are adjusting their strategies accordingly. Intuitive Surgical has worked to expand its platform’s efficiency and procedural range, while Medtronic’s Hugo system features a modular design intended to fit more easily into existing surgical environments. Distalmotion, for its part, is positioning Dexter specifically for outpatient facilities, emphasizing compatibility with standard operating rooms and greater operational flexibility.

As ambulatory surgery centers continue to expand, robotics developers see an opportunity to reach a far broader market than large hospitals alone. Systems that combine compact design, affordability and efficiency could help define the next phase of robotic surgery adoption, one that extends beyond major medical centers and into community-based outpatient facilities.