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Brainlab's Mixed Reality Viewer in use, featuring three individuals in an office setting examining a cranial image

Mixed Reality Viewer for CMFBroaden Your Perception of Patient Data

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View key anatomical structures like never before. The Mixed Reality Viewer1 is a technology that works in tandem with Brainlab Elements to produce hyper-realistic 3D patient data. For craniofacial surgeries, the Mixed Reality Viewer can clearly display bony structures in an immersive environment while anatomical structures and implants important to procedures can be added selectively.

1

Enhanced reconstruction planning review and visualization in 3D

The Mixed Reality Viewer enables medical professionals to visualize and review complex reconstruction plans in 3D. With this technology, they can gain deeper insights into case-specific anatomy, spatial relationships and difficult-to-access anatomical segments like the optic nerve, various LeFort fractures and sphenoid sinuses.

2

Accessible, hands-on medical education

Medical students and residents have the opportunity to increase their understanding of patient anatomy and learn relevant surgical skills with the Mixed Reality Viewer. By offering features like multi-user sessions, instructors can also use the Mixed Reality Viewer to train students in an accessible, interactive and immersive 3D environment.

3

Immersive patient consultation

Medical professionals can use the Mixed Reality Viewer during patient consultation sessions to provide patients with a better understanding of the execution and potential outcomes of invasive CMF surgical procedures.

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I see the Mixed Reality Viewer as a major innovation in patient education for head and neck oncology, craniomaxillofacial reconstructive surgery and traumatology.

Prof. Bernd Lethaus, MD, DDS, University of Leipzig Medical Center, Germany

For me, the Mixed Reality Viewer is a game changer in teaching anatomy to our students.

Alexander Bartella, MD, Universitätsklinikum Leipzig, Germany

This technology will elevate tumor board meetings to the next level. Especially for preoperative planning of skull base tumors, mixed reality views with all relevant anatomical structures give us the ability to interactively discuss with different departments. Working with neurosurgery, ENT and radiotherapy allows us to take a combined approach.

Bradley Strong, MD, UC Davis Health, US

I see the Mixed Reality Viewer as a major innovation in patient education for head and neck oncology, craniomaxillofacial reconstructive surgery and traumatology.

Prof. Bernd Lethaus, MD, DDS, University of Leipzig Medical Center, Germany

For me, the Mixed Reality Viewer is a game changer in teaching anatomy to our students.

Alexander Bartella, MD, Universitätsklinikum Leipzig, Germany

Our innovative surgical solutions are always just one click away

Explore the technical features of mixed reality for CMF cases

Leverage the potential of mixed reality and view the spatial relationships between bone, tumor and implant in 3D for craniomaxillofacial trauma fractures and tumor cases.

Mixed Reality Viewer for trauma/facial reconstructive surgery

  • Dive inside patient-specific anatomy and gain deeper insights into the spatial relationships between bone, implant and critical structures in hyper-realistic 3D view.

  • Walk through your planned reconstruction to review facial symmetry outcomes and implant positioning before surgery.

  • Analyze the various segments of the skull to find the boundaries of bony anatomy.

  • Benefit from having the 3D model planning data available on a navigation system intraoperatively.

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Mixed Reality Viewer for tumor resection

  • Overlay and scroll through 2D data on the 3D model to view the risk structures from any angle for increased awareness of the anatomical spatial surroundings and utilize the extended views to evaluate your preplanned surgical approach.

  • Analyze the boundary of where the tumor meets the bony and vascular anatomy or any other critical structure.

Detailed 3D view of a skull anatomy as seen through the Mixed Reality Viewer

Experience our vision for mixed reality

Expand your perspective with the Mixed Reality Viewer

With a single click and a glance, your room is digitized for spatial computing. Images are transferred from the Elements Viewer software on screen into the room in front of you with the help of the Magic Leap spatial computing platform.

Start with a click

A single click on the Elements Viewer software opens up the world of mixed reality and a new, immersive way to understand patient data.

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Customizable hardware features

Cameras in the Magic Leap 2 scan and map the room, allowing 3D models and 2D slices to be displayed according to the surgeon’s preference.

Person wearing Magic Leap 2 - Mixed Reality Viewer by Brainlab

Assess, interact, learn

The virtual pointer makes it easy to interact with and highlight the image data and anatomical structures.

Virtual Pointer in use with the Mixed Reality Viewer, highlighting image data and anatomical structures
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Easy integration into unique
clinical workflows

Illustration: Screen displaying a cranial image with an arrow indicating how to start the Elements Viewer

1. Start Elements Viewer

Access patient data from PACS and load it into the Elements Viewer

Illustration of the Magic Leap 2 headset

2. Boot your Magic Leap Device

Boot your Magic Leap 2 headset and connect it to WiFi

Illustration of a laptop with a QR code on the screen

3. Scan QR Code

Scan the QR code on the screen with your headset

Illustration: Screen displaying a cranial image with a controller indicating to step into an immersive 3D model using the Mixed Reality Viewer

4. Step into an immersive 3D model

Dive into patient data and interact with both virtual 2D images and 3D models

Brainlab's Mixed Reality Viewer in action, utilized by two individuals in an office setting

Mixed Reality Viewer PlatformVisualize Patient Data
in 3D

Learn more about mixed reality in healthcare

Teaser Image - Study - MRgFUS Planning with Elements Fibertracking

Clinical Paper

Mixed reality in oral and maxillofacial surgery

Teaser Image - Study - Automatic Segmentation of the STN for DBS

Clinical Paper

Advances and innovations in ablative head and neck oncologic surgery

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Webinar

Exploring the value of mixed reality in patient education and resident training

  1. Not yet commercially available in several countries. Please contact your sales representative.

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