MediView xr90
Today’s imaging tools are limited, resulting in clinicians relying on 2D imaging while operating in 3D spaces. This leads to increased cognitive and physical loads on clinicians.
The XR90 System is a first-in-class AR visualization and navigation system for minimally invasive, needle-based, ultrasound-guided soft tissue and bone procedures. The XR90 provides proceduralists an unprecedented, 3D view of the patient’s internal anatomy, displaying organs, vasculature, and bone with depth, detail, and orientation.
Features at a Glance:
- Real-Time Adjustment
- Soft Tissue and Bone Registration
- Live Imaging Integration
Augmented Reality for…
Improved Ergonomics & Workflow Efficiency
Holographically display your ultrasound in a customizable way for improved ergonomics regardless of your working position.
Heads-Up Display:
Customize the placement, size, angle and orientation of your heads-up display for your unique workspace needs.
Ultrasound Flashlight:
Real-time tracked “ultrasound flashlight” projects live ultrasound image overlaid into patient anatomy.
Real-Time Tracking and Accuracy
Seamlessly integrate your imaging and tools with tracked instrumentation to 3D holographic anatomy and patient’s targeted anatomy during pre-operative planning and intra-operative use.
Holographic Needle Guide:
The holographic needle guide enables in-plane and out-of-plane trajectory planning.
Holographic Light Ray:
Facilitate more seamless visualization of instruments from CT hologram, to ultrasound imaging to patient anatomy.
Improved Visualization of Anatomy
Interact with patient-specific, 3D CT-based holographic anatomy for comprehensive visualization of internal anatomy, with significantly enhanced spatial and depth perception for targeting and avoidance of critical structures compared to 2D displays.*
Additional Features:
- Customizable views using voice commands and gestures to display or hide anatomic features.
- Real-time, fused anatomic ultrasound projection.
“The system showed clinical utility and was a benefit to the patient to be able to correlate a CT scan that definitely the anomaly with what was displayed on live ultrasound.”
*Al-Nimer S, Hanlon A, Cho K, Kalra-Lall A, Weunski C, Yanof J, West K, Martin 3rd C. 3D Holographic Guidance and Navigation for Percutaneous Ablation of Solid Tumor. Journal of Vascular and Interventional Radiology: JVIR. 2020 Jan 31;31(3):526-8.