Augmedics Competitors, Revenue, Alternatives and Pricing

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Arlington Heights,
Total Funding:N/A
Industry:Medical Equip
Lead Investor(s):N/A

Industry Ranking

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Growjo 10k Ranking

Estimated Revenue & Financials

  • Augmedics's estimated annual revenue is currently $18.1M per year.(?)
  • Augmedics's estimated revenue per employee is $251,000

Employee Data

  • Augmedics has 72 Employees.(?)
  • Augmedics grew their employee count by 44% last year.
  • Augmedics currently has 1 job openings.

Augmedics develops xvisionᅢᄁ¬ダᅡᄁ ᅢᄁ¬ツᆲ¬タワ an Augmented-Reality Head-Mounted Display for spine surgery. xvision allows surgeons to see the patientᅢᄁ¬ツᆲ¬トᄁs anatomy through skin and tissue, as if they had "X-Ray Vision". Based on Augmedicsᅢᄁ¬ツᆲ¬トᄁ patented technology, the xvision system can project the patientᅢᄁ¬ツᆲ¬トᄁs anatomy, in real time, directly onto the surgeonᅢᄁ¬ツᆲ¬トᄁs retina, with surgical precision and outstanding depth perception. xvision will increase safety in surgery, reduce x-ray radiation, and facilitate minimally invasive procedures. xvision ensures that throughout any surgical procedure surgeons will be able to visually and accurately track all their surgical instruments well within their field of vision as they work. A combination of proprietary tracking algorithms, hardware, software, an image data merging unit, and specialized instruments safely guide the surgeon through the operating site during major and minor surgical procedures. With the xvision system, surgeons will benefit from close-up views of all the anatomical structures along the operation path, whether in open or percutaneous procedures. xvision allows surgeons to fully focus on what they see inside a patientᅢᄁ¬ツᆲ¬トᄁs anatomy, without having to look away to a monitor. Vital real-time information is therefore available to them in an intuitive manner and with no external distraction. The xvision system will also utilize an array of sensors and collect surgical information which, when connected to a big data system, will analyze and process the data, using profound learning algorithms to provide alerts and suggestions to assist the surgeon during the procedure.

keywords:Medical Devices, Augmented Reality