MediView XR, Inc.
MediView XR, Inc. is a Cleveland, Ohio-based med-tech company pioneering the use of augmented reality (AR) and mixed reality to transform medical imaging, surgical navigation, and patient care. Their mission is to advance healthcare delivery with intuitive visualization, seamless collaboration, and evidence-based insights. MediView’s vision is to simplify, democratize, and inform healthcare delivery by unlocking the full potential of 3D data for image-guided procedures. Through partnerships with leading organizations such as GE HealthCare, Mayo Clinic, and Microsoft, MediView delivers AR-powered visualization and navigation solutions that provide clinicians with unprecedented 3D "X-ray vision," real-time collaboration, and improved procedural accuracy. The company is recognized for its innovative approach to addressing health equity by expanding access to advanced care, especially in rural and underserved communities. MediView’s technology is also making significant strides in medical education, enabling immersive, hands-on learning and remote collaboration for students and clinicians.
Industries
Nr. of Employees
small (1-50)
MediView XR, Inc.
Global Innovation Center, 10000 Cedar Ave. Suite GCIC2-153, Cleveland, Ohio 44106
Patents
Holographic augmented reality ultrasound needle guide for insertion for percutaneous surgical procedures
US-12370010-B2
View DetailsSystem and methods for planning and performing three-dimensional holographic interventional procedures with three-dimensional tomographic and live imaging
US-12329466-B2
View DetailsAugmented reality system and methods for stereoscopic projection and cross-referencing of live x-ray fluoroscopic and computed tomographic c-arm imaging during surgery
US-12229900-B2
View DetailsSystem and methods for planning and performing three-dimensional holographic interventional procedures with three-dimensional tomographic and live imaging
US-12059216-B2
View Details
Holographic augmented reality ultrasound needle guide for insertion for percutaneous surgical procedures
US-12370010-B2
View DetailsSystem and methods for planning and performing three-dimensional holographic interventional procedures with three-dimensional tomographic and live imaging
US-12329466-B2
View DetailsAugmented reality system and methods for stereoscopic projection and cross-referencing of live x-ray fluoroscopic and computed tomographic c-arm imaging during surgery
US-12229900-B2
View DetailsSystem and methods for planning and performing three-dimensional holographic interventional procedures with three-dimensional tomographic and live imaging
US-12059216-B2
View DetailsProducts
Interventional mixed-reality visualization and navigation platform
A mixed-reality platform for procedural suites that streams live imaging, visualizes patient-specific 3D anatomy in the room, supports instrument tracking, and enables remote collaboration and heads-up ergonomics.
AR-based surgical navigation system for adjunctive needle guidance (cleared for adjunctive use)
A surgical visualization and navigation system that projects CT-derived 3D anatomy and fuses it with live ultrasound to assist ultrasound- and CT-guided needle interventions; indicated for adjunctive use in percutaneous procedures and supported by validation studies.
Interventional mixed-reality visualization and navigation platform
A mixed-reality platform for procedural suites that streams live imaging, visualizes patient-specific 3D anatomy in the room, supports instrument tracking, and enables remote collaboration and heads-up ergonomics.
AR-based surgical navigation system for adjunctive needle guidance (cleared for adjunctive use)
A surgical visualization and navigation system that projects CT-derived 3D anatomy and fuses it with live ultrasound to assist ultrasound- and CT-guided needle interventions; indicated for adjunctive use in percutaneous procedures and supported by validation studies.
Services
Planning and execution support for bench, phantom, cadaver, and early in-human feasibility evaluations to quantify targeting and registration accuracy and collect usability and safety data for clinical and regulatory use.
Technical and clinical integration services to adapt mixed-reality visualization and heads-up display configurations into existing interventional suite workflows, including ergonomics optimization and live imaging streaming.
Development and integration to interface with vendor imaging platforms and developer programs to ingest live ultrasound and other interventional imaging into mixed-reality applications.
Provision of workflows and tooling for fast image segmentation and same-session model generation to enable live registration and intraprocedural visualization.
Deployment of mixed-reality training solutions and remote collaboration tools for classroom and hands-on training, including integration with sonography and other healthcare curricula.
Assistance with licensing arrangements for real-time 3D engines and management of open-source and commercial license obligations for medical visualization content and derivative works.
Planning and execution support for bench, phantom, cadaver, and early in-human feasibility evaluations to quantify targeting and registration accuracy and collect usability and safety data for clinical and regulatory use.
Technical and clinical integration services to adapt mixed-reality visualization and heads-up display configurations into existing interventional suite workflows, including ergonomics optimization and live imaging streaming.
Development and integration to interface with vendor imaging platforms and developer programs to ingest live ultrasound and other interventional imaging into mixed-reality applications.
Provision of workflows and tooling for fast image segmentation and same-session model generation to enable live registration and intraprocedural visualization.
Deployment of mixed-reality training solutions and remote collaboration tools for classroom and hands-on training, including integration with sonography and other healthcare curricula.
Assistance with licensing arrangements for real-time 3D engines and management of open-source and commercial license obligations for medical visualization content and derivative works.
Expertise Areas
- Intraprocedural mixed-reality visualization and navigation
- Multimodal image fusion and spatial registration (CT–US)
- Instrument tracking and trajectory guidance for percutaneous procedures
- Early-phase clinical feasibility and first-in-human study execution
Key Technologies
- Mixed-reality / augmented-reality visualization
- Head-mounted display user interfaces for clinical use
- Volumetric-to-3D reconstruction from CT/MRI
- CT–ultrasound co-registration and multimodal fusion
News & Updates
MediView participated in the SCSP AI Expo in Washington D.C., June 2-4, 2025.
MediView attended the AR/VR Policy Conference in Washington D.C., September 8, 2025.
MediView was present at the Western Angiographic & Interventional Society (WAIS) event in Colorado Springs, September 20-24, 2025.
Discusses the use of AR for real-time image guidance in cryoneurolysis, highlighting the potential for improved navigation and outcomes in interventional radiology.
A review of AR's potential in enhancing surgical navigation for percutaneous tumor ablation, focusing on advanced needle guidance systems.
A review of current AR/VR applications in interventional radiology, with a focus on clinical impact, limitations, and future directions, including the first clinical use of XR90.
MediView participated in the SCSP AI Expo in Washington D.C., June 2-4, 2025.
MediView attended the AR/VR Policy Conference in Washington D.C., September 8, 2025.
MediView was present at the Western Angiographic & Interventional Society (WAIS) event in Colorado Springs, September 20-24, 2025.
Discusses the use of AR for real-time image guidance in cryoneurolysis, highlighting the potential for improved navigation and outcomes in interventional radiology.
A review of AR's potential in enhancing surgical navigation for percutaneous tumor ablation, focusing on advanced needle guidance systems.
A review of current AR/VR applications in interventional radiology, with a focus on clinical impact, limitations, and future directions, including the first clinical use of XR90.