How augmented reality could guide facial reconstruction surgeries

A Japanese research team has created an augmented reality (AR) system that allows them to create 3D simulations of facial reconstructive procedure results, projecting the images over a patient’s face during surgery. Researchers at Osaka Medical College in Japan reported that they have developed and tested the AR system for evaluating improvements of the body

Leica Microsystems launches new technologies to augment surgeon visualization

Leica Microsystems is launching a new generation of augmented reality imaging technologies for surgical microscopes at the American Association of Neurological Surgeons (AANS) Annual Scientific Meeting this year in Los Angeles. The augmented reality imaging technologies are designed to supplement microscope views to support surgical decision-making and help teach neurosurgical procedures. Leica Microsystems’ approach to

Philips sees image-guided therapy transforming healthcare: Here’s how

Officials at medtech giant Royal Philips see image-guided therapy as key when it comes to health practitioners providing care that is both efficient and effective. The Dutch multinational’s work in the field provides a great example of how the ever-growing need for cost-effective healthcare around the world is driving the strategies of medical device companies.

Meet the latest medical augmented reality company in the U.S.

A German company called Scopis is breaking into the U.S. market with its surgical navigation systems, which use augmented reality technology to guide surgeons along mapped-out pathways. Scopis (Berlin) said Monday that it has established a presence in Cambridge, Massachusetts, with the help of the German government’s German Accelerator Life Sciences (GALS) program. The company

Augmented reality will change the way you view surgery

Royal Philips, a leader in integrated image-guided therapy solutions, recently developed an augmented reality approach to spinal surgery, helping surgeons perform image-guided open and minimally-invasive surgery. When placing pedicle screws, the augmented reality (AR) technology had an overall accuracy of 85%, compared to the 64% accuracy of non-AR assisted surgical navigation. Ronald Tabaksblat, senior vice president and

Philips is bringing augmented reality to surgery: Here’s how

Royal Philips, a leader in integrated image-guided therapy solutions, has developed an augmented-reality (AR) surgical navigation technology. The new technology is designed to help surgeons perform image-guided open and minimally-invasive spine surgery. Philips has 750 hybrid operating rooms installed worldwide to assist with surgical and minimally-invasive endovascular procedures. These hybrid OR solutions paired with the

Touch Surgery simulations are even more amazing: Here’s how

Touch Surgery, which already boasts a community of 1.5 million using its mobile surgical simulations, is upping its game when it comes to making the platform even more immersive. Touch on Friday announced a partnership with DAQRI to add augmented reality capabilities to the simulations using  DAQRI smart glasses. “To date, we have delivered our