Purpose
Augmedics’ xvision Spine System is a groundbreaking augmented reality (AR) surgical navigation device designed to enhance precision, safety, and efficiency in spine surgeries. Traditional surgical navigation systems require surgeons to constantly look away from the patient to reference external monitors, which can interrupt the flow of the procedure. Xvision solves this problem by displaying a real-time 3D visualization of the patient’s spinal anatomy directly within the surgeon’s field of view, as if they had “x-ray vision.” This is made possible through a specialized near-eye display headset, which projects essential navigation data onto the surgeon’s retina, eliminating the need to shift focus between the surgical site and external screens. By integrating AR technology seamlessly into the surgical workflow, xvision aims to improve surgical accuracy and reduce potential complications. The system enables more precise implant placement, minimizes errors, and enhances the surgeon’s ability to navigate complex anatomical structures with confidence. Additionally, xvision helps reduce radiation exposure for both patients and the surgical team by decreasing reliance on intraoperative fluoroscopy. Through this innovative approach, Augmedics is revolutionizing spine surgery, empowering surgeons with an advanced tool that enhances both performance and patient outcomes.
Where We See Impact
The xvision Spine System has already made a significant impact across leading medical institutions since its FDA clearance in 2019. To date, it has been utilized in thousands of procedures, demonstrating exceptional accuracy in pedicle screw placement, one of the most critical aspects of spine surgery. Surgeons who have adopted xvision report increased confidence, especially in complex cases involving spinal deformities, osteoporotic bone, and minimally invasive procedures.
One of the most notable advantages of xvision is its ability to support minimally invasive surgery (MIS) techniques. By providing real-time, 3D-guided navigation, the system enables surgeons to operate with smaller incisions, leading to reduced tissue damage, shorter recovery times, and improved patient outcomes. Furthermore, the system helps reduce operating room times, allowing hospitals and surgical centers to increase efficiency and patient throughput.
Another major impact of xvision is its contribution to reducing radiation exposure. Traditional spine surgery often requires repeated X-ray imaging during the procedure to confirm instrument placement, which exposes both the patient and surgical staff to harmful radiation. With xvision, surgeons can rely on real-time AR guidance, significantly reducing the need for intraoperative fluoroscopy. This makes the system a safer alternative for both patients and medical professionals, reinforcing its role as a game-changing technology in modern spine surgery.
Accessing This Experience
Integrating the xvision Spine System into a surgical practice involves collaboration with Augmedics’ training and support team to ensure seamless adoption. The system consists of a transparent near-eye display headset, along with navigation tools that work in conjunction with preoperative CT scans. The headset allows surgeons to visualize the precise position of their surgical instruments in real-time, superimposed directly on the patient’s anatomical structures. This hands-free navigation system means that surgeons can maintain full focus on the surgical site while simultaneously accessing critical data, leading to smoother and more efficient procedures. The latest advancements in xvision technology include artificial intelligence (AI)-powered imaging enhancements and new customizable visualization settings, providing surgeons with greater control over the interface and display options. Additionally, Augmedics has expanded the system’s surgical indications, now supporting procedures beyond the thoracic and lumbar spine, including cervical and iliosacral surgeries. This expansion increases the versatility of xvision, allowing more surgeons to adopt AR-guided navigation across a wider range of spinal conditions.
By continuously refining its technology, Augmedics is ensuring that xvision remains at the forefront of surgical innovation. As more hospitals and surgical centers adopt AR navigation, the potential for safer, faster, and more precise spine surgeries continues to grow, ultimately improving patient care and setting new standards in the field of spinal surgery.
Image Gallery
