Since the release of HoloLens, Microsoft has clearly defined the positioning of this product. It is not only a powerful game peripheral, but also a super assistant in the workplace. HoloLens has not let Microsoft down, many professionals have begun to use this AR product, engineers use it to visualize the structural design, and Duke University surgeons use HoloLens in brain surgery. Although these applications are still in their infancy, AR software company Scopis has built a new platform for HoloLens that will make HoloLens a pinnacle in spinal surgery. 
It is known that Scopis named the platform "holographic navigation platform", which can cover MR images on patients through visual HoloLens during surgery (visual overlay technology). The physician can then find the pedicle screw on the spine. At the same time, they can use a series of gestures to adjust the virtual screen, leaving some important information in the field of vision.
Scopis' 3D positioning technology is really useful, and its precision in accuracy allows physicians to dramatically reduce the time and trauma of surgery. In addition, the use of visual overlay technology can also reduce the risk of radiation exposure to patients. After the prior art to do spinal surgery, patients must often give the spine X-rays. At the same time, Duke University experiments have shown that the wireless version of the HoloLens is much more comfortable to wear than previous MR devices.
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