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Holographic Insight for Healthcare Teams

Use Cases

NOVAC™ transforms patient-specific DICOM data (CT, MRI, and ultrasound) into high-fidelity 3D digital twins, enabling immersive, glasses-free surgical planning. For complex cases requiring precise spatial understanding, NOVAC™ allows multi-disciplinary teams to explore anatomical structures together, aiming to enhance communication and build surgical confidence before the first incision.

Bridge the gap between clinical data and patient understanding with NOVAC™. Our holographic technology allows physicians to guide patients through their own anatomy in true 3D, helping them grasp complex conditions and proposed treatments. This immersive approach provides a collaborative and intuitive perspective that 2D scans and isolating headsets simply cannot match. NOVAC™ puts patient experience at the forefront, aiming to support the informed consent process and reduce apprehension through compassionate care.

Elevate medical training with interactive, glasses-free 3D. NOVAC™ is designed to provide students and residents with a superior spatial understanding of human anatomy. By facilitating deeper insight into complex anatomy, our technology aims to boost engagement and retention, preparing the next generation of clinicians for the complexities of modern medicine.

Paired with a robotic surgical system, our holographic technology sets the stage for a new standard of surgical visualization. NOVAC’s glasses-free depth perception and multi-user capability allows the entire surgical team to view and interact with the 3D scene simultaneously during robotic-assisted procedures.

NOVAC™

Meet NOVAC:
The Future of Medical Visualization

NOVAC is a revolutionary holographic display table that brings medical imaging to life with glasses-free, collaborative 3D visualization—offering clinicians, educators, and researchers a deeper, more intuitive understanding of anatomy and procedures.

Technical
Specifications

Display Size 40"
Resolution 63,888 x 69,696 pixels
Display Aspect Ratio 1 : 1 (Square)
Active Pixels 4.5 Billion
Viewing Angle 74 degrees x 74 degrees
Display Dimensions 36" x 36" x 41" (l x w x h)
Display Weight 975 lbs
Power Input 3P - 208V - 60Hz AC 6.7 kW
Graphics Processing Unit (GPU) Server included
AceleMax DGS-428G2
Liquid-Chiller Unit To be provided by client
Power Capacity & Outlet To be provided by client
Warranty 1 year warranty (parts and labor) Extended warranty (maintenance and tech)

Software

RaySlicer™ is Avalon’s holographic imaging platform for segmentation, volumetric rendering, and immersive visualization of DICOM data. Designed specifically for holographic displays, RaySlicer offers similar functionality to 3D Slicer but with enhanced spatial awareness and real-time interaction. Clinicians can explore complex anatomy in true 3D, improving diagnostic accuracy, surgical planning, education, and research outcomes.

Already have a favorite medical imaging tool? We believe in augmenting your existing workflow, not replacing it. Contact us today to discuss how we can integrate your preferred software with our holographic displays.

What People Are Saying

“I can see this being used every day in our hospital.”

“After seeing Avalon’s prototype, I was eager to share their vision with the radiology community. Beyond the ability to look “around” the complex anatomical models generated by GE Healthcare’s Advantage Workstation, there was enough space for several people to experience the 3D visualization simultaneously. The fact that their hardware and software work with standard geometry files allows the technology to easily pair with GE’s AW 3D Suite, promising ease of access to group holographic experiences as part of the existing medical imaging workflow”