The xvision system has demonstrated a 99.1% overall percutaneous screw placement accuracy, eliminates the attention shift of referring to a separate screen and adds these features to potentially decreasing the radiation exposure demonstrated through traditional fluoroscopy-based procedures. An additional published study yielded non-inferiority results over published freehand studies*

Realistic, lifelike experiences recreate what orthopedic surgeons face in the real-world OR. Proven educational principles combined with virtual medical education speed the attainment of surgical mastery.

Current orthopedic training programs are unable to keep up with the rapid introduction of new technologies, the trend toward competency-based resident training and the increasing cost burden of traditional surgical training. The use of VR technology complements existing bioskills training, addresses the gaps created by fractionated exposure and uniquely combines contextual learning and technical skills acquisition. VR technology and virtual medical education can also help practicing surgeons maintain and upgrade their skills and expand the capabilities of their current practices.