The image guided visual operating system to streamline clinical workflows.
Augmented reality surgical platform.
Visualize a 3D holographic rendering of your patient's anatomy mapped directly onto them in real-time. No more alternating views. No more cognitive gymnastics. Just an immersive and confident approach to surgery.
Multiple registration modes for faster, efficient preoperative planning.
Elevate your surgical planning with our trio of registration modes: first-of-its-kind AI-based Automatic Registration for speed and accuracy, Trace Registration for manual precision, and Landmark Registration for anatomical dependability.
Seamlessly load your segmented models.
Reveal regions of interest with our STL model importer. See the model-based surgical plan in front of you just like customized 3D printing. Visualize with the original medical imaging, rendered realistically.
Multiple registration modes for faster, efficient preoperative planning.
Elevate your surgical planning with our trio of registration modes: first-of-its-kind Al-based Automatic Registration for speed and accuracy, Trace Registration for manual precision, and Landmark Registration for anatomical dependability.
Seamlessly load your segmented models.
Reveal regions of interest with our STL model importer. See the model-based surgical plan in front of you just like customized 3D printing. Visualize with the original medical imaging, rendered realistically.
“Augmented reality is a disruptive technology that has just begun to change how we practice neurosurgery. Medivis is at the forefront in this industry, leading the way with their innovative and thoughtful approach to AR integration into healthcare.”
Clinical use cases with SurgicalAR.
Surgical Planning
Our SurgicalAR® technology translates complex 2D medical imaging data (such as MRI and CT scans) and volumetrically renders them as 3D, interactive visualizations based on real-world patient DICOM scans. This 3D representation can then be superimposed or overlaid onto a patient's body using Microsoft’s HoloLens 2 head-mounted display (HMD), giving surgeons a more intuitive understanding of the anatomy they're dealing with during surgical procedures.
Our AR solution is currently used in over 20 institutions in the United States from top-tier health systems including Mayo Clinic, Northwell, MD Anderson, UMiami and others.
Patient Education
We believe in empowering patients. By presenting a 3D view of a patient’s own unique anatomy and the specifics of their upcoming medical procedure, we make complex medical information more accessible and understandable.
This approach not only demystifies challenging concepts but also helps to alleviate anxiety associated with medical procedures, which may lead to a more informed and satisfied patient experience.
Resident Clinical Training
Medivis's SurgicalAR technology offers a revolutionary way for medical students, residents, and fellows to engage in a dynamic and interactive learning setting, utilizing cutting-edge augmented reality technology.
This system can be integrated into SIM labs, specific residency programs, or more broadly within hospital and educational frameworks. By employing the SurgicalAR® platform, Medivis facilitates a hands-on, cooperative educational experience, enhancing clinical training at various stages of medical education.
Remote Assist
Provides hands-free communication, facilitates remote case coverage and supports surgeon-to-surgeon training. Elevate your surgical workflow with Microsoft Teams integration. Our innovative technology ensures that medical experts can provide valuable input and guidance during surgeries, regardless of their physical location through a shared experience dialing into a Microsoft Teams meet.
At the forefront in AR for surgery.
Versatility across surgical and intensive care specialties.
Neurosurgery
Medivis SurgicalAR system offers neurosurgeons a fast, efficient, and cost-effective alternative to traditional image-guided surgery. Our augmented reality technology provides an intuitive and hands-on approach to navigation and planning. Enhance precision and outcomes in treating cranial tumors, meningioma and glioblastomas and get next-level decision-making for EVD, ICH, and SEPS in neurointensive care.
Radiology
Medivis SurgicalAR system offers neurosurgeons a fast, efficient, and cost-effective alternative to traditional image-guided surgery. Our augmented reality technology provides an intuitive and hands-on approach to navigation and planning. Enhance precision and outcomes in treating cranial tumors, meningioma and glioblastomas and get next-level decision-making for EVD, ICH, and SEPS in neurointensive care.
Orthopedics
Medivis SurgicalAR system offers neurosurgeons a fast, efficient, and cost-effective alternative to traditional image-guided surgery. Our augmented reality technology provides an intuitive and hands-on approach to navigation and planning. Enhance precision and outcomes in treating cranial tumors, meningioma and glioblastomas and get next-level decision-making for EVD, ICH, and SEPS in neurointensive care.
Urology
Visualize and review 3D imaging for robotic partial nephrectomies and prostatectomies, including details on extraprostatic extension and nodal involvement. Perform diagnostic transperineal prostate biopsies, kidney stone disease treatments, percutaneous nephrolithotomies (PCNL) and nephrostomy tube placements with situated ultrasound guidance. Our platform supports percutaneous ablations for primary renal cell carcinoma, enhancing outcomes with innovative visual assistance, as well as ergonomic virtual monitors for cystography and other scope-based procedures.
Plastics
Medivis SurgicalAR system offers neurosurgeons a fast, efficient, and cost-effective alternative to traditional image-guided surgery. Our augmented reality technology provides an intuitive and hands-on approach to navigation and planning. Enhance precision and outcomes in treating cranial tumors, meningioma and glioblastomas and get next-level decision-making for EVD, ICH, and SEPS in neurointensive care.
PACS integration in a day.
Real-time streaming
and video feeds.
Place your existing workflow anywhere. We are reimagining the surgical environment giving you the ability to stream live imaging and video feeds from fluoroscopies, exoscopes, endoscopes and more. Pull any feed from an external HDMI source with support for stereo video. No more alternating views. No more cognitive gymnastics. Just an immersive and confident approach to surgery.
Photorealistic 3D
volume rendering.
See the unseen. Our renderings at interactive level frame rates reveal unprecedented detail in medical imaging in any specialty and any part of the body to create a holographic digital twin of your patient. We have engineered proprietary edge-computing architecture that allows for the lowest latency in GPU compute and highest photorealism in patient image rendering that is 6x faster than other AR surgical planning and navigation tools.
Virtually rehearse your operation.
The brush tool has erasing and painting capabilities that can allow for added planning. With the erase tool, you are able to adjust the size to represent the burr you are using and do a craniotomy on the hologram. You can undo your edits and repeat as needed. The painting tool allows you to mark specific features of interest on the hologram in a free hand form.
Real-time streaming and video feeds.
Place your existing workflow anywhere. We are reimagining the surgical environment giving you the ability to stream live imaging and video feeds from fluoroscopies, exoscopes, endoscopes and more. Pull any feed from an external HDMI source with support for stereo video. No more alternating views. No more cognitive gymnastics. Just an immersive and confident approach to surgery.
Photorealistic 3D volume rendering.
See the unseen. Our renderings at interactive level frame rates reveal unprecedented detail in medical imaging in any specialty and any part of the body to create a holographic digital twin of your patient. We have engineered proprietary edge-computing architecture that allows for the lowest latency in GPU compute and highest photorealism in patient image rendering that is ox faster than other AR surgical planning and navigation tools.
Virtually rehearse your operation.
The brush tool has erasing and painting capabilities that can allow for added planning. With the erase tool, you are able to adjust the size to represent the burr you are using and do a craniotomy on the hologram. You can undo your edits and repeat as needed. The painting tool allows you to mark specific features of interest on the hologram in a free hand form.
“Medivis SurgicalAR allows you to see the things you normally can’t see. I think this technology will become an incredibly powerful tool for neurosurgeons and has the potential to be revolutionary for all surgical specialties.”
Advanced AR technology for surgical applications.
2,000+
Surgeries performed using SurgicalAR
40+
Hospitals and medical schools deployed
20
Patents issued and pending
Medivis SurgicalAR Named TIME’s Best Inventions of 2023
Frequently asked questions.
What augmented reality headsets does SurgicalAR® support?
How does SurgicalAR integrate with existing medical hardware?
How does SurgicalAR improve surgical planning and execution?
How does Medivis handle patient data and privacy?
What does IT integration with SurgicalAR look like?
How is SurgicalAR priced?
Are there any training or support services available for SurgicalAR?
Which institutions currently use SurgicalAR?
See our AR technology.
Used by leading health systems like MD Anderson, Mayo Clinic, Memorial Sloan Kettering, Providence Health, Northwell, UMiami and more. Don’t miss out.
