Invuity is committed to leveraging intelligent photonics
technology to transform minimal access surgery.
Invuity is committed to leveraging intelligent photonics technology to transform minimal access surgery.
Invuity is a medical technology company focused on pioneering the use of advanced photonics to provide surgeons with improved direct visualization of surgical cavities during open minimally invasive and minimal access procedures. Our patented Intelligent Photonics technology enables superior illumination and visualization and is designed to overcome the significant limitations of traditional surgical lighting options in the operating room.
Our patented Intelligent Photonics is integrated into our single-use and reusable advanced surgical devices to address some of the critical intracavity illumination and visualization challenges facing surgeons today. These devices utilize our proprietary optical waveguide technology to direct and shape thermally cool, brilliant light into broad, uniform and volumetric illumination of the surgical target.
A product portfolio that enables clinical and economic outcomes across a broad spectrum of minimally invasive and minimal access procedures.
View Our Entire Product Portfolio
“Invuity’s Intelligent Photonics technology significantly improves the quality of illumination and enables me to better identify and visualize even in and around neural elements of the spine. I believe the technology has helped me be even more precise in my work.”
“Invuity’s technology has allowed surgeons in both specialties the ability to use smaller and often fewer incisions and better preserve the viability of tissue in these more advanced procedures, resulting in better aesthetic outcomes.”
Long Island Plastics Institute
Garden City, NY
“Invuity’s Saber handheld illuminator with Frazier suction enables me to more efficiently achieve rapid hemostasis during cervical and lumbar spine surgery. I’m able to direct its light precisely where it is needed to quickly locate and control bleeders especially in far lateral recesses and deep surgical cavities. Since using the Eigr Saber I have seen a significant decrease in blood loss due to its superior illumination within the incision.”
Formerly Chief, Division of Spinal Surgery
Brigham and Women's Hospital
Assistant Professor of Surgery, Harvard Medical School