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Swift and Precise Insight into Complex Pathologies

Designed for the fast-paced world, Vea offers an easy way to analyze medical data, blending seamlessly into your workflow

Discover Vea

Upon importing medical data (DICOM), Vea instantly turns it into detailed 3D visualization, facilitating precise analysis, measurements, and accurate implant sizing. You can smoothly switch between VR and desktop for any task, ensuring a versatile and enriched experience.

Rapid 3D Visualization

Explore anatomy in three dimensions instantly upon opening medical data (DICOM). Rely on Vea for accurate measurements that you can confidently verify against traditional grayscale imaging (MPR).

Customizable Implant Sizing

Create implants with Vea’s design tools or integrate existing implant models to achieve optimal sizing, directly within the application.

Virtual Reality Imaging

Enhance your productivity and understanding through VR, or stick with the traditional desktop interface—Vea adapts to your preferred way of working.

Congenital Heart Diseases

Congenital heart diseases are complex and unique, requiring specialized tools for thorough analysis and understanding. Vea’s CHD modules are specifically designed to provide deeper insights into these complex pathologies and improve anatomical comprehension.

Pathology Assessment

Vea’s 3D measurements and detailed 3D understandings enhance precision in identifying and assessing complex congenital heart anomalies, streamlining the simulation process for Congenital Heart Diseases.

Custom Implant Design

Design custom-fit surgical patches, stents, valves, and occluders to ensure precise implant sizing. Our tailored solutions enhance simulation accuracy and effectiveness, providing more reliable results for complex congenital heart defects.

Cardiac Cycle Visualization

Utilize 4D imaging for dynamic visualization of the heart’s phases. This approach allows for the observation and analysis of measurements throughout the cardiac cycle, ensuring accuracy and enhancing the reliability of anatomical understanding.

Other

Orthopedics

In orthopedics, Vea facilitates precise measurements and assessments of hip and knee implants and more, helping to optimize fit and functionality.

Neurosurgery

For neurosurgery, Vea provides detailed visualizations of brain scans.

Oncology

In oncology, Vea enables the visualization and assessment of tumors in 3D and allows for the calculation of tumor volume.

See the difference with Vea

Discover the ease of detailed analysis and measurements, where Vea transforms complexity into clear 3D insights

Vea can be used for:

Education

Enhance medical training for students and young professionals using Vea. Its immersive 3D visualizations provide a realistic and interactive learning environment, allowing for a deeper understanding of complex anatomical structures.

Research

Accelerate innovation with Vea’s advanced data analysis tools. Vea supports detailed explorations of medical imaging data, fostering new discoveries and enhancements in medical research.

Vea is not CE certified and not FDA approved. It is not intended for use in clinical planning or decision-making processes. We are actively working towards obtaining the necessary certifications.

Frequently Asked Questions (FAQ)

Learn more about our solutions and products.

How does your visualization work?2024-05-08T09:11:08+02:00

Vea utilizes 3D Volume Rendering technology to generate detailed visualizations from native DICOM images.

Are measurements done in Vea reliable?2024-05-08T09:11:57+02:00

Yes, measurements in Vea are derived directly from DICOM data and can be cross-verified with unprocessed grayscale images in MPR view.

What modalities does Vea support?2024-05-08T09:12:45+02:00

Vea supports CT, MR, and 3D US modalities for 3D reconstructions.

Is Virtual Reality mandatory?2024-05-08T09:13:22+02:00

No, Virtual Reality is optional. Vea can be used on a traditional desktop setup or with Virtual Reality, based on user preference.

Can i import my own implants?2024-05-08T09:13:56+02:00

Yes, Vea allows the import of custom implant models in STL/OBJ formats.

Can I integrate Vea with PACS?2024-05-08T09:14:58+02:00

Yes, a PACS viewer can be installed on the same computer as Vea to streamline workflows. Contact us for more details.

Can Vea assist in research and academic projects within our hospital?2024-05-08T09:15:44+02:00

Yes, Vea provides tools for data analysis, visualization, and collaboration, supporting research and academic initiatives.

Are there any hardware requirements to run Vea effectively?2024-05-08T09:16:13+02:00

Vea requires a Windows PC or Laptop with an Nvidia RTX2080 GPU or better.

Does Vea offer training and support for our staff?2024-05-08T09:16:44+02:00

We provide comprehensive training and ongoing support to ensure effective utilization of Vea by your staff.

How frequently is Vea updated with new features and improvements?2024-05-08T09:17:20+02:00

Vea is regularly updated with new features and improvements, guided by user feedback and technological advancements.

Are there any additional costs for maintenance or updates after purchasing Vea?2024-05-08T09:18:29+02:00

No, all updates and support are included in the license fee without additional costs.

Is data used in Vea safe?2024-05-08T09:19:03+02:00

Vea ensures complete data security as it operates offline, preventing any medical data transfer over the internet. Internet access is only required for optional application updates.

Is Vea CE/FDA certified?2024-05-08T09:19:32+02:00

Currently, Vea is not certified by CE/FDA standards. However, we’re working diligently towards certification.

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