Scan
We rely on state-of-the-art spectral CT systems to scan patients.

Our startup utilizes AI-driven spectral X-ray imaging to transform medical diagnosis and radiotherapy. By quantifying materials with unprecedented accuracy, we are revolutionizing the field and improving patient outcomes.
From Image to Action
We're not just improving imaging - we're transforming how it's used. Our innovative tools seamlessly integrate spectral X-ray data with treatment planning systems, creating a smooth workflow from diagnosis to therapy.
The New Frontier in Medical Imaging
Our AI-powered spectral X-ray technology unveils a new dimension in medical imaging, providing radiologists with unprecedented detail and clarity.
The AI Advantage in Every Scan
Our AI algorithms work tirelessly behind the scenes, analyzing spectral X-ray data to extract invaluable insights that might otherwise go unnoticed.
Precision at the Particle Level
By providing a more detailed map of the patient's anatomy, we enable treatment plans that deliver particles with pinpoint accuracy, maximizing therapeutic effect while minimizing collateral damage.
Particle therapy is an advanced form of radiotherapy that can be very effective at destroying tumor. Bragg peak refers to ability of charged particles - protons and carbon ions - to deposit most of their energy in very confined space inside tumor.
CT scans play a crucial role in developing treatment plans, as the accuracy of dose distribution around a tumor relies on effectively distinguishing between different tissues within the patient. The Vinaver SPR software package addresses this challenge by providing advanced solutions to enhance tissue quantification, ensuring more precise and reliable treatment planning.
X-ray attenuation is influenced by both tissue density and composition. Traditional CT images use Hounsfield Units (HU) to represent tissue attenuation, which depend on a combination of these factors. However, some tissues can exhibit identical HU values despite having different densities and compositions. This limitation reduces the effectiveness of CT imaging for contrast-sensitive tasks, where precise differentiation between tissues is essential.
Preliminary results show that density and composition maps derived through Vinaver Zero software can lead up to 30% increase in diagnostic accuracy.
The development of spectral scanners has complicated CT protocols, requiring radiologists to interpret varying image appearances for different regions and tasks. Vinaver ZeRo makes it simple and interpretable through density and composition maps.
Our analysis is compatible w/ your dual energy or photon counting machine
Load your DICOM images to test it outWe rely on state-of-the-art spectral CT systems to scan patients.
Our AI solution uses spectral and spatial information to quantify tissue composition.
True color is a function of tissue density and composition.
Quantitative maps revolutionize the accuracy of particle therapy delivery.
Olivera Vujinović
June 18, 2024
Stevan Vrbaški
August 14, 2023
Scientists at Vinaver Medical use the XCAT program developed at the Center for Virtual Imaging Trials
Read postFind answers to commonly asked questions about our AI solutions and spectral X-ray imaging technology.
Artificial intelligence in medical scans uses machine learning algorithms to analyze images, detecting patterns and anomalies that may be difficult for human eyes to spot.
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