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“Every surgeon constantly seeks ways to treat patients more effectively. The goal of medicine is to adopt innovations that improve patient care. RSQ HOLO is exactly that kind of system—it enhances surgical planning and directly impacts the procedure itself,”
says Dr. habil. Tomasz Piontek, orthopedic surgeon at Rehasport.
What Once Seemed Like Science Fiction Is Now Helping Surgeons
Doctors at Rehasport are able to use this cutting-edge technology thanks to a partnership with the internationally recognized company RSQ Technologies. While HoloLens itself is not a brand-new invention—originally developed by Microsoft—its applications in medicine are groundbreaking. With a special headset equipped with its own processor and sensor system, surgeons can project holographic images into the real-world environment—no wires, no screens. The 3D objects and images can be repositioned at will, ensuring they never obstruct the surgeon’s field of view. What once seemed abstract is now part of advanced surgical care.
“At first glance, it might seem like just another gadget. But once you become familiar with RSQ HOLO, it becomes indispensable. I can’t imagine performing an elbow arthroscopy without having a hologram of the elbow floating in front of me,”
says Prof. Przemysław Lubiatowski, Rehasport specialist in upper limb injuries.
“When dealing with more complex damage, like multi-fragmented fractures, RSQ HOLO improves visualization and spatial awareness of displaced bone fragments. Correcting bone structure with holographic image guidance significantly increases precision.”
Full Sterility—Just One of RSQ HOLO’s Many Benefits
One of the system’s most impressive features is its gesture-based control, which allows surgeons to interact with the interface without touching keyboards, monitors, or mice—ensuring maximum sterility in the operating room. It also means fewer staff are needed during procedures, and in complex cases, the surgeon can even consult a colleague anywhere in the world, sharing the same holographic view in real time.
So, how does RSQ HOLO work? It uses augmented reality goggles that map the surrounding space, track hand movements, and determine the user’s position within the room. This enables seamless interaction with the holographic elements.
This is no longer the future—it’s the present of modern medicine!
