Augmedics Announces FDA 510K Clearance and U.S. Launch of xvision™, the First Augmented Reality Guidance System for Surgery

Groundbreaking AR System Allows Surgeons to Visualize Anatomy in Real Time – as if They Have “x-ray Vision” – and Accurately Guide Their Instruments and Implants

CHICAGO, Dec. 23, 2019–(BUSINESS WIRE)–Augmedics, a pioneer in augmented reality surgical image guidance, has announced U.S. Food and Drug Administration (FDA) 510(k) clearance and the U.S. launch of its groundbreaking xvision Spine system (XVS), the first AR guidance system to be used in surgery. xvision Spine allows surgeons to visualize the 3D spinal anatomy of a patient during surgery as if they had “x-ray vision,” and to accurately navigate instruments and implants while looking directly at the patient, rather than a remote screen.

The xvision consists of a transparent near-eye-display headset and all elements of a traditional navigation system. It accurately determines the position of surgical tools, in real time, and a virtual trajectory is then superimposed on the patient’s CT data. The 3D navigation data is then projected onto the surgeon’s retina using the headset, allowing him or her to simultaneously look at the patient and see the navigation data without averting his or her eyes to a remote screen during the procedure. The system is designed to revolutionize how surgery is done by giving the surgeon better control and visualization, which may lead to easier, faster and safer surgeries.

Augmedics successfully completed a percutaneous laboratory study with the xvision Spine at Rush University Medical Center with investigators Frank Phillips, M.D., Camilo Molina, M.D., Kornelis Poelstra, M.D., Ph.D., Larry Khoo, M.D., and Matthew Colman, M.D. Ninety-three screws were positioned in the thoracic and sacro-lumbar areas of five different cadavers. The study was conducted as evidence to the FDA to evaluate the accuracy of the xvision Spine system by comparing the actual screw tip position and trajectory versus the virtual. The result of overall clinical accuracy, analyzed by two independent neuro-radiologists, was 98.9 percent using the Heary (thoracic) and Gertzbein (lumbar) scales. This study adds to the evidence of accuracy and usability found last year in another cadaver study performed by two surgeons from Johns Hopkins Medicine, Daniel Sciubba, M.D., and Timothy Witham, M.D., one surgeon from Sheba Tel-Hashomer, Israel, Ran Harel, M.D., and one from Assaf Harofeh, Israel, Yigal Mirovsky. The study last year was conducted at Vista Labs, an independent lab in Baltimore, with results published in the Journal of Neurosurgery: Spine.

“The ability that Augmedics’ xvision provides to visualize the patient’s spinal anatomy in 3D, coupled with live CT images as a retina display, is game changing,” said Frank Phillips, M.D., Professor of Orthopaedic Surgery, Rush University Medical Center. “The efficiency and accuracy this augmented reality technology enables in placing spinal implants without looking away from the surgical field – as well as the ability to “see the spine” through the skin in minimally invasive procedures – differentiates the xvision from conventional spinal navigation platforms. The economics of the xvision system are also compelling in both the hospital and the surgicenter environment.”

“Augmedics’ mission is to give surgeons more control by creating technological advances that cater to their needs and fit within their workflow,” said Nissan Elimelech, founder and CEO of Augmedics. “xvision is our first product of many to follow that will revolutionize surgery, as it gives surgeons the information they need, directly within their working field of sight, to instill technological confidence in the surgical workflow and help them do their jobs as effectively and safely as possible.”

xvision is now available for sale in the United States, with headset distribution expected to begin in early 2020. Augmedics plans to explore additional surgical applications for xvision beyond spinal surgery. The system’s small footprint, economical cost and compatibility with current instrumentation is designed to allow easy integration into any surgical facility nationwide.

About Augmedics

With Augmedics, the future of surgery is within sight. The Chicago-based company aims to improve healthcare by augmenting surgery with cutting edge technologies that solve unmet clinical needs and instill technological confidence in the surgical workflow. Its pioneering xvision system, the first augmented reality guidance system for surgery, allows surgeons to “see” the patient’s anatomy through skin and tissue as if they have “x-ray vision,” and to accurately navigate instruments and implants during spine procedures. Augmedics is backed by Terra Venture Partners and AO Invest, a venture arm of the AO Foundation. The AO is a medically guided, not-for-profit organization, a global network of surgeons, and the world’s leading education, innovation, and research organization for the surgical treatment of trauma and musculoskeletal disorders. For more information, visit www.augmedics.com.

MEDIA CONTACT:

Diana Soltesz
Nobles Global Communications
diana@noblesgc.com
818-618-5634

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About Peter Coffaro 733 Articles
A growth-driven and strategic executive, Peter Coffaro commands more than 20 years of progressive management success within the orthopedic industry. Recognized by MedReps.com as one of the top medical sales influencers in the industry; he has 10 years of combined sales management experience and has held positions as a Director, General Manager and Distributor. Peter has worked for some of the top orthopedic companies in the world - Zimmer, DePuy and Stryker. He is also the founder of OrthoFeed: a popular blog that covers orthopedic news and emerging medical technologies. Peter is a three-time Hall of Fame award winner at Johnson and Johnson and has an extensive background in organizational development, business development, sales management, digital marketing and professional education. Peter holds a B.S. degree in Biology from Northern Illinois University.

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