Vea gives a real sense of plasticity to the CT and MRI images. It allows me to understand proportions, get a feel for the anatomy, and sometimes even better comprehend congenital heart defects.
Thai Duy Nguyen
Surgeon at Aachen University Hospital, Germany
On the VR headset it is a different world, much more detail than the screen imaging. And these are with routine cardiac CTs without even ECG gating. The days of 3D printing and segmentation are numbered because this takes hardly a minute to generate these models in Vea.
Thomas Mathew
Pediatric Cardiac Surgery Program Director at Star Hospitals, Hyderabad, India
The speed at which I gain an understanding of complex anatomy is incredible. I don't need to spend so much time clicking and moving through 2D slices - I can just look at it in Vea much more quickly.
Andrew Ho
Consultant in Pediatric Cardiology and Congenital Interventions at University Hospitals Southampton, UK
Since we received the first set, many updates have been made, some of them at our request. We have been giving Vea our ideas on how to improve the tool and some of them have been implemented. The developers are very responsive.
Krzysztof Grandys
MD at Space Imaging Lab USD Cracow, Poland
Time is crucial for physicians, and, in this regard, Vea is unmatched. I showed various 3D heart visualization tools to the doctors in our hospital, and most chose Vea because of how quickly it delivers satisfying results.
Paul Ozga
Head of Medical Image Processing at University Children's Hospital of Cracow, Poland
A great tool for assessing complex congenital heart defects and for simulations. Vea gives better insight into complex anatomy than standard imaging alone.
Krzysztof Kocot
Pediatric Cardiologist at Upper Silesian Children's Health Center, Poland
For busy cardiac specialists
We’ve developed Vea for cardiac surgeons and interventional cardiologists who manage complex congenital heart defects while juggling numerous responsibilities within limited time.
Assess
Gain a deep understanding of complex conditions in mere minutes. Use anatomical contexts like Vessels, Hollow Heart Structure, and Airway in clear, interactive 3D views.
Measure
Perform quantitative analysis with confidence. Accurately measure key distances, surface areas, and volumes directly within the 3D patient’s data.
Simulate
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.
Vea can be used for:
Education
Experienced doctors can read 2D scans with ease — but for younger ones, it’s not so simple. Instead of learning the hard way, let them train on 3D models that bridge the gap between flat images and real, beating hearts.
Research
Accelerate innovation with Vea’s smart imaging tools. Dive deep into complex datasets, uncover hidden patterns, and turn medical scans into research-ready visuals you can publish — and earn academic credit for.
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.
Other areas of impact
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.
