Surgical Theater products

SyncAR Spine harnesses the power of augmented reality to provide surgeons with an immersive experience, offering comprehensive visualization of the spine. Utilizing eXperiential Reality models via AR headsets, the system enables surgeons to maintain focus on the operative field while planning and executing spine surgeries. Surgeons can plan, visualize, and navigate through each step with AR visualization tools that display DICOM images. The XR model offers a detailed view of vertebrae, blood vessels, nerve roots, and soft tissue, helping surgeons avoid critical structures during complex procedures. This tool assists in optimal minimally invasive surgery approaches and accurately placing hardware. It effectively bridges pre-operative planning and intra-operative guidance, aiming to elevate the continuum of care by allowing seamless integration of pre-surgical rehearsals and real-time adjustments during surgeries.

Plan, simulate, and share your surgical approach before entering the operating room. Visualize anatomy from the surgeon’s perspective and optimize plans using patient-specific XR reconstructions. Practice multiple approaches for the best outcome with superior 3D pre-operative planning, while fostering collaboration in an immersive XR environment.

PlanXR™ is an advanced surgical planning platform designed to enhance precision and collaboration in the operating room. It allows surgeons to plan, simulate, and share their surgical approach prior to surgery by visualizing patient-specific anatomy through extended reality (XR) reconstructions. It integrates multiple imaging modalities, such as CT, MRI, and angiography, to create precise 360-degree models, enabling thorough pre-operative planning. The platform supports both spine and cranial procedures, offering features like bone resection planning, trajectory measurements, and anatomical segmentation of soft tissue and vertebral structures. With its interactive environment, PlanXR™ allows for the adjustment of model transparency and virtual manipulation to optimize surgical strategies. By streamlining processes from planning to procedure, it potentially increases surgical efficiency and reduces complications and procedure times.