Revolutionizing CT Imaging
Revolutionizing CT Imaging
Revolutionizing CT Imaging
The new frontier in medical imaging.
The new frontier in medical imaging.
The new frontier
in medical imaging.
Unlock the full power of your spectral CT from diagnostics to therapy.
Optimize the clinical utility of your spectral CT from diagnostics to therapy.
Optimize the clinical utility of your spectral CT from diagnostics to therapy.
Trusted by industry-leading companies and universities around the globe
Revolutionizing CT Imaging
The new frontier in medical imaging.
Optimize the clinical utility of your spectral CT from diagnostics to therapy.
Testimonials
Testimonials
Testimonials
What professionals say about us.
What professionals say about us.
What professionals say about us.
Real stories from people we've had the pleasure of working with.
Dong Han, PhD
The collaboration with Vinaver Medical underscores our shared commitment to pushing the boundaries of image-guided proton therapy.
Pierluigi Ciet, MD
The model developed by Vinaver might discover new determinants of disease progression and severity in ILD patients using CT, which is much more convenient than MRI.
Jovan Lovrenski, PhD, MD
TissueXplorer is an easy-to-use software that can be a life-saving tool in everyday clinical work of both radiologists and cardiologists around the globe.
Dong Han, PhD
The collaboration with Vinaver Medical underscores our shared commitment to pushing the boundaries of image-guided proton therapy.
Pierluigi Ciet, MD
The model developed by Vinaver might discover new determinants of disease progression and severity in ILD patients using CT, which is much more convenient than MRI.
Jovan Lovrenski, PhD, MD
TissueXplorer is an easy-to-use software that can be a life-saving tool in everyday clinical work of both radiologists and cardiologists around the globe.
Dong Han, PhD
The collaboration with Vinaver Medical underscores our shared commitment to pushing the boundaries of image-guided proton therapy.
Pierluigi Ciet, MD
The model developed by Vinaver might discover new determinants of disease progression and severity in ILD patients using CT, which is much more convenient than MRI.
Jovan Lovrenski, PhD, MD
TissueXplorer is an easy-to-use software that can be a life-saving tool in everyday clinical work of both radiologists and cardiologists around the globe.
Our Product
Our Product
Our Product
What sets us apart.
What sets us apart.
What sets us apart.
TissueXplorer® SPR is a vendor-agnostic software that transforms spectral CT images from existing scanners into accurate stopping power maps.
TissueXplorer® SPR
By providing high-resolution material maps, our software assists in therapy planning to align dose delivery with target volumes - supporting efforts to spare healthy tissue and critical structures.
Housefield units
Tissue Density
Stopping Power
Composition
Bragg Peak
Effective atomic number
TissueXplorer® SPR
By providing high-resolution material maps, our software assists in therapy planning to align dose delivery with target volumes - supporting efforts to spare healthy tissue and critical structures.
Housefield units
Tissue Density
Stopping Power
Composition
Bragg Peak
Effective atomic number
Optmizing Margins, Expanding Possibilities
Accurate stopping power ratio (SPR) parametric maps provide material-related image information that is commonly considered during treatment planning workflows. TissueXplorer® SPR provides complementary information that may support margin evaluation and assist clinicians in considering approaches intended to limit dose deposition in surrounding healthy tissue.
Optmizing Margins, Expanding Possibilities
Accurate stopping power ratio (SPR) parametric maps provide material-related image information that is commonly considered during treatment planning workflows. TissueXplorer® SPR provides complementary information that may support margin evaluation and assist clinicians in considering approaches intended to limit dose deposition in surrounding healthy tissue.
Optmizing Margins, Expanding Possibilities
Accurate stopping power ratio (SPR) parametric maps provide material-related image information that is commonly considered during treatment planning workflows. TissueXplorer® SPR provides complementary information that may support margin evaluation and assist clinicians in considering approaches intended to limit dose deposition in surrounding healthy tissue.
From Image to Action
We are expanding the role of imaging in the clinical path. Our tools integrate spectral data with treatment planning systems, facilitating an efficient, data-driven workflow from diagnosis to therapy.
From Image to Action
We are expanding the role of imaging in the clinical path. Our tools integrate spectral data with treatment planning systems, facilitating an efficient, data-driven workflow from diagnosis to therapy.
From Image to Action
We are expanding the role of imaging in the clinical path. Our tools integrate spectral data with treatment planning systems, facilitating an efficient, data-driven workflow from diagnosis to therapy.
In Development
In Development
The way we bring ideas to life.
The way we bring ideas to life.
The way we bring ideas to life.
The few ways we contribute to diagnostics accuracy and developments.
TissueXplorer® GEM
Gadolinium Enhancement Maps
By exploiting the energy-dependent attenuation of gadolinium, TissueXplorer® GEM enables visualization of contrast enhancement patterns that may persist across imaging phases.
TissueXplorer® GEM
Gadolinium Enhancement Maps
By exploiting the energy-dependent attenuation of gadolinium, TissueXplorer® GEM enables visualization of contrast enhancement patterns that may persist across imaging phases.
Importance of late gadolinium detection
Gadolinium enhancement parametric maps can be used to visualize differences in contrast agent retention by exploiting delayed washout behavior in regions with altered extracellular space. Following contrast administration, some tissue regions may demonstrate more persistent enhancement patterns across imaging phases, which in clinical practice are often evaluated in cardiovascular imaging workflows.
Importance of late gadolinium detection
Gadolinium enhancement parametric maps can be used to visualize differences in contrast agent retention by exploiting delayed washout behavior in regions with altered extracellular space. Following contrast administration, some tissue regions may demonstrate more persistent enhancement patterns across imaging phases, which in clinical practice are often evaluated in cardiovascular imaging workflows.
Importance of late gadolinium detection
Gadolinium enhancement parametric maps can be used to visualize differences in contrast agent retention by exploiting delayed washout behavior in regions with altered extracellular space. Following contrast administration, some tissue regions may demonstrate more persistent enhancement patterns across imaging phases, which in clinical practice are often evaluated in cardiovascular imaging workflows.
TissueXplorer® ZeRo
Tissue density and composition
CT attenuation reflects both density and composition, yet their combined representation in conventional CT can obscure differences between tissues. TissueXplorer ZeRo is designed to leverage spectral data to present these components as independent maps.
TissueXplorer® ZeRo
Tissue density and composition
CT attenuation reflects both density and composition, yet their combined representation in conventional CT can obscure differences between tissues. TissueXplorer ZeRo is designed to leverage spectral data to present these components as independent maps.
Support decision-making
Insight into compositional differences between neighboring tissues can offer complementary information that supports image interpretation.
Support decision-making
Insight into compositional differences between neighboring tissues can offer complementary information that supports image interpretation.
Support decision-making
Insight into compositional differences between neighboring tissues can offer complementary information that supports image interpretation.
Streamlined workflow
Vinaver ZeRo maps are delivered directly to your PACS, where they can be opened side by side with standard images.
Streamlined workflow
Vinaver ZeRo maps are delivered directly to your PACS, where they can be opened side by side with standard images.
Streamlined workflow
Vinaver ZeRo maps are delivered directly to your PACS, where they can be opened side by side with standard images.
* Visualizations are generated using a synthetic dataset provided by Duke University’s Center for Virtual Imaging Trials (CVIT).
How It Works
How It Works
Behind the technology.
Behind the technology.
Behind the technology.
Our analysis is designed to be compatible with spectral CT systems from multiple major vendors.
1 – Scan
Our software is built to work with the spectral CT systems you already have, delivering consistent performance across split-beam, dual-energy, dual-layer, and photon-counting CT technologies.
2 – Quantify
Our team works with you to update CT protocols so that post-processing is automatically triggered in the background immediately after image acquisition. This integration ensures clinically relevant images are generated without disrupting established workflows and with minimal training requirements.
3 – Diagnose
The generated images are automatically routed to your PACS and opened in your familiar image viewer, side by side with the original CT data. These additional quantitative image series provide complementary information to support clinical decisions, similar to the role of additional MRI studies.
4 – Treat
Spectral CT–based material characterization provides quantitative tissue information that can be used in therapy planning workflows. TissueXplorer SPR generates stopping power ratio maps from spectral data and integrates with treatment planning software to support proton therapy dose calculation.
1 – Scan
Our software is built to work with the spectral CT systems you already have, delivering consistent performance across split-beam, dual-energy, dual-layer, and photon-counting CT technologies.
2 – Quantify
Our team works with you to update CT protocols so that post-processing is automatically triggered in the background immediately after image acquisition. This integration ensures clinically relevant images are generated without disrupting established workflows and with minimal training requirements.
3 – Diagnose
The generated images are automatically routed to your PACS and opened in your familiar image viewer, side by side with the original CT data. These additional quantitative image series provide complementary information to support clinical decisions, similar to the role of additional MRI studies.
4 – Treat
Spectral CT–based material characterization provides quantitative tissue information that can be used in therapy planning workflows. TissueXplorer SPR generates stopping power ratio maps from spectral data and integrates with treatment planning software to support proton therapy dose calculation.
1 – Scan
Our software is built to work with the spectral CT systems you already have, delivering consistent performance across split-beam, dual-energy, dual-layer, and photon-counting CT technologies.
2 – Quantify
Our team works with you to update CT protocols so that post-processing is automatically triggered in the background immediately after image acquisition. This integration ensures clinically relevant images are generated without disrupting established workflows and with minimal training requirements.
3 – Diagnose
The generated images are automatically routed to your PACS and opened in your familiar image viewer, side by side with the original CT data. These additional quantitative image series provide complementary information to support clinical decisions, similar to the role of additional MRI studies.
4 – Treat
Spectral CT–based material characterization provides quantitative tissue information that can be used in therapy planning workflows. TissueXplorer SPR generates stopping power ratio maps from spectral data and integrates with treatment planning software to support proton therapy dose calculation.
About Us
About Us
Our team is composed of young and driven professionals and industry veterans, necessary to deliver such a unique and groundbreaking product.
Stevan Vrbaški
Founder & CEO
Physicist (PhD), 10+ years in medical imaging research
Goran Stanić
CTO
Medical Physicist (PhD), 5+ years in AI research in medical imaging and treatment
Olivera Vujinović
ML/DL Lead
Physicist (PhD), 5+ years experience in research in AI experimental particle physics
Jovan Lovrenski
Advisor
Radiologist (MD, PhD), with 20+ years of clinical experience, 2% top-cited scientist
Luka Vrbaški
CIO
Software Engineer, 5+ years of international exp. in software development
Michael Maschke
Eng., MBA
40+ years of scientific collaboration to support innovation and development
Filip Ivančić
MIHMEP
Provides strategic business guidance to support growth and decision-making.
Nikola Jovanović
Designer
Product Designer, 6+ years experience in developing seamless and delightful designs
Stevan Vrbaški
Founder & CEO
Physicist (PhD), 10+ years in medical imaging research
Goran Stanić
CTO
Medical Physicist (PhD), 5+ years in AI research in medical imaging and treatment
Olivera Vujinović
ML/DL Lead
Physicist (PhD), 5+ years experience in research in AI experimental particle physics
Jovan Lovrenski
Advisor
Radiologist (MD, PhD), with 20+ years of clinical experience, 2% top-cited scientist
Luka Vrbaški
CIO
Software Engineer, 5+ years of international exp. in software development
Michael Maschke
Eng., MBA
40+ years of scientific collaboration to support innovation and development
Filip Ivančić
MIHMEP
Provides strategic business guidance to support growth and decision-making.
Nikola Jovanović
Designer
Product Designer, 6+ years experience in developing seamless and delightful designs
Stevan Vrbaški
Founder & CEO
Physicist (PhD), 10+ years in medical imaging research
Goran Stanić
CTO
Medical Physicist (PhD), 5+ years in AI research in medical imaging and treatment
Olivera Vujinović
ML/DL Lead
Physicist (PhD), 5+ years experience in research in AI experimental particle physics
Jovan Lovrenski
Advisor
Radiologist (MD, PhD), with 20+ years of clinical experience, 2% top-cited scientist
Luka Vrbaški
CIO
Software Engineer, 5+ years of international exp. in software development
Michael Maschke
Eng., MBA
40+ years of scientific collaboration to support innovation and development
Filip Ivančić
MIHMEP
Provides strategic business guidance to support growth and decision-making.
Nikola Jovanović
Designer
Product Designer, 6+ years experience in developing seamless and delightful designs
Drag to swipe, it gets better
Blog
Blog
Fresh insights from our recent posts.
Fresh insights from our recent posts.
Fresh insights from our recent posts.
FAQs
FAQs
Got questions? we got answers.
Got questions? we got answers.
Got questions? we got answers.
Find answers to commonly asked questions about our AI solutions and spectral X-ray imaging technology.