Healthcare in AI era still faces unprecedented challenges. Surge in exam and data volume, scarcity of medical expertise, and escalating complexity of IT environment, making quality and accessible healthcare far from reach. uOmnispace utilizes artificial intelligence and advanced visualization innovations to provide real-life anatomy-based analysis, user-centered automation, and disease-oriented clinical solutions, on one workspace.
Transform imaging experience with innovations in automated reading, intuitive visualization, and personalized workflow.
uOmnispace Intelligence Engines integrate 10 deep learning based algorithms, to empower 60 multi-modality applications for Cardiology, Neurology, Oncology and more, making your reading intelligent and personalize.
With pre-processing and pre-fetching technology, all data can be processed automatically with one click only, requiring almost zero wait time. You may also customize your preferred workflow as per specific clinical needs, enabling comprehensive evaluation for confident clinical decisions.
Whole-body Real-life Anatomy. Seeing is Knowing.
Empower surgical planning, treatment evaluation, MDT consultation, and communication.
uOmnispace Intelligence Engines integrate 10 deep learning based algorithms, to empower 60 multi-modality applications for Cardiology, Neurology, Oncology and more, making your reading intelligent and personalize.
With pre-processing and pre-fetching technology, all data can be processed automatically with one click only, requiring almost zero wait time. You may also customize your preferred workflow as per specific clinical needs, enabling comprehensive evaluation for confident clinical decisions.
Whole-body Real-life Anatomy. Seeing is Knowing.
Empower surgical planning, treatment evaluation, MDT consultation, and communication.
Deliver comprehensive solutions to cardiology, neurology, oncology and more, aiming to help clinicians achieve higher confidence in decision making.
60+ multi-modality applications
Cardiology Clinical Solutions
Neurology Clinical Solutions
Oncology Clinical Solutions
Versatile clinical packages to bring precise and efficient findings
Automated and intuitive analysis to give finer visualization and greater insights
Quantifiable and personalized molecular imaging, made easy
30-sec express workflow for CT coronary disease diagnosis, ensuring precise and reliable results for high-throughput as well as challenging cases.
We are facing more and more severe challenges in pursuit of a world free of heart disease due to aging population and aggregated CVD burden.
uOmnispace delivers complete cardiology analysis for anatomy, function, viability, perfusion, and more…
CT myocardial perfusion visualization and diagnosis made easy
2In collaboration with United Imaging Intelligence
We are facing more and more severe challenges in pursuit of a world free of heart disease due to aging population and aggregated CVD burden.
uOmnispace delivers complete cardiology analysis for anatomy, function, viability, perfusion, and more…
AI-based LV and RV contour detection and auto functional measurements
We are facing more and more severe challenges in pursuit of a world free of heart disease due to aging population and aggregated CVD burden.
uOmnispace delivers complete cardiology analysis for anatomy, function, viability, perfusion, and more…
Modular solutions for a complete CMR analysis of blood flow and strain in a few easy steps.
3In collaboration with PIE Medical
We are facing more and more severe challenges in pursuit of a world free of heart disease due to aging population and aggregated CVD burden.
uOmnispace delivers complete cardiology analysis for anatomy, function, viability, perfusion, and more…
Comprehensive myocardial quantification packages for cardiac perfusion, viability, and flow reserve.
4In collaboration with INVIA
We are facing more and more severe challenges in pursuit of a world free of heart disease due to aging population and aggregated CVD burden.
uOmnispace delivers complete cardiology analysis for anatomy, function, viability, perfusion, and more…
Innovate TAVR procedure with AI imaging for automated and intuitive pre-procedural evaluation
We are facing more and more severe challenges in pursuit of a world free of heart disease due to aging population and aggregated CVD burden.
uOmnispace delivers complete cardiology analysis for anatomy, function, viability, perfusion, and more…
4D dynamic display of arteries and veins at each time point for better evaluation of collateral circulation.
Neurology disease related disabilities, diseases, and deaths have increased by 18% in past 30 years, affecting 30% of global population1.
uOmnispace provides versatile neurology solutions to help increase your diagnosis confidence.
Automated brain perfusion analysis enables auto calculation of rCBF, rCBV, MTT, TTP and Tmax for evaluating brain tissue mismatch.
Neurology disease related disabilities, diseases, and deaths have increased by 18% in past 30 years, affecting 30% of global population1.
uOmnispace provides versatile neurology solutions to help increase your diagnosis confidence.
AI-based vessel wall analysis application for morphologic analysis and plaque characterization, facilitating clinical diagnosis and prognosis of ischemic stroke.
Neurology disease related disabilities, diseases, and deaths have increased by 18% in past 30 years, affecting 30% of global population1.
uOmnispace provides versatile neurology solutions to help increase your diagnosis confidence.
Advanced brain analysis tools for brain function evaluation, brain tumor diagnosis, and neurosurgery planning.
Neurology disease related disabilities, diseases, and deaths have increased by 18% in past 30 years, affecting 30% of global population1.
uOmnispace provides versatile neurology solutions to help increase your diagnosis confidence.
AI-based brain quantification software for 111 brain regions and 68 cortex regions segmentation, measurement, and comparison based on normal references, for population aged from 0 to 110.
2In collaboration with United Imaging Intelligence
Neurology disease related disabilities, diseases, and deaths have increased by 18% in past 30 years, affecting 30% of global population1.
uOmnispace provides versatile neurology solutions to help increase your diagnosis confidence.
Enable brain activity deviation quantification using Z-score for FDG PET, and Centiloid for amyloid PET, and provide EQuAL analysis to evaluate patient seizure-free likelihood after surgery .
5In collaboration with Syntermed
Neurology disease related disabilities, diseases, and deaths have increased by 18% in past 30 years, affecting 30% of global population1.
uOmnispace provides versatile neurology solutions to help increase your diagnosis confidence.
Auto detection, density analysis, and follow-up evaluation of lung nodules, helping with early detection of lung cancer.
Cancer is now the leading cause of deaths among all other diseases, aggregating disease burden in countries all over the world.
uOmnispace integrates multi-modality applications to cover cancer care pathway from screening to diagnosis, planning and efficacy evaluation.
Streamlined workflow for auto polyp detection, and virtual colonoscopy analysis, for early detection of bowel cancer.
Cancer is now the leading cause of deaths among all other diseases, aggregating disease burden in countries all over the world.
uOmnispace integrates multi-modality applications to cover cancer care pathway from screening to diagnosis, planning and efficacy evaluation.
Auto key perfusion parameters calculation, for early detection and precise treatment efficacy evaluation of breast cancer.
Cancer is now the leading cause of deaths among all other diseases, aggregating disease burden in countries all over the world.
uOmnispace integrates multi-modality applications to cover cancer care pathway from screening to diagnosis, planning and efficacy evaluation.
Support CT liver tumor diagnosis and MRCP data, and provide an automated workflow for 3D liver reconstruction, segmentation, and virtual planning.
Cancer is now the leading cause of deaths among all other diseases, aggregating disease burden in countries all over the world.
uOmnispace integrates multi-modality applications to cover cancer care pathway from screening to diagnosis, planning and efficacy evaluation.
Simplified and personalized image interpretation and quantification workflow, supporting intelligent reading of multi-modality, multi-tracer, multi-timepoint, and multi-vendor data.
Cancer is now the leading cause of deaths among all other diseases, aggregating disease burden in countries all over the world.
uOmnispace integrates multi-modality applications to cover cancer care pathway from screening to diagnosis, planning and efficacy evaluation.
Ease-of-use tumor response evaluation tools including PERCIST, RECIST, Deauville Score, for quantification of tumor change and trending before and after treatment.
Cancer is now the leading cause of deaths among all other diseases, aggregating disease burden in countries all over the world.
uOmnispace integrates multi-modality applications to cover cancer care pathway from screening to diagnosis, planning and efficacy evaluation.
Designed with high compatibility and scalability to be seamlessly integrated into your daily routine workflow
Due to frequent merges and acquisitions, we are facing more and more complicated healthcare IT infrastructures. uOmnispace is designed to adapt to your clinical and health IT settings, with optimal single or multiple modality solution, or departmental solution.
uOmnispace provides standard interfaces for third-party RIS/PACS or HIS invocation, so as to ensure seamless connectivity with multi-vendor systems, easy access anytime and anywhere, and up to 50 concurrent users enteprise-wide.
Due to frequent merges and acquisitions, we are facing more and more complicated healthcare IT infrastructures. uOmnispace is designed to adapt to your clinical and health IT settings, with optimal single or multiple modality solution, or departmental solution.
uOmnispace provides standard interfaces for third-party RIS/PACS or HIS invocation, so as to ensure seamless connectivity with multi-vendor systems, easy access anytime and anywhere, and up to 50 concurrent users enteprise-wide.
uOmnispace also serves as a total solution to optimize your Total Cost of Ownership, by providing future-ready business plans and service offerings to grow as you grow.
For clinical and research exploration, get hands-on trial of latest applications and features from United Imaging as well as 3rd parties, with a dozen of choices.
For clinical and research exploration, get hands-on trial of latest applications and features from United Imaging as well as 3rd parties, with a dozen of choices.
Remote access to uOmnispace workspace to provide real-time application support
Online troubleshooting support or online upgrade
Online monitoring of core IT assets and 24/7 support via call center or text in case of any potential issue
Remote training via seamless video/audio/text communication, helping to increase diagnosis confidence
Coronary Disease
Myocardial Quantification
TAVR Evaluation
Stroke Evaluation
MR Plaque Analysis
Brain Surgery Planning
Liver Evaluation
Efficacy Evaluation
uOmnispace.CT supports one-click auto post-processing of coronary vessels and semi-auto measurements of stenosis and plaque, ensuring precise and reliable results in both high-throughput and challenging cases.
Patient Information: male, 78 years old, with multiple mixed plaques in coronary vessels
uOmnispace.CT supports one-click auto post-processing of coronary vessels and semi-auto measurements of stenosis and plaque, ensuring precise and reliable results in both high-throughput and challenging cases.
Patient Information: male, 75 years old, with chest tightness and frequent anterior chest pain
uOmnispace.MR provides intuitive quantification of cardiac function, viability and perfusion, assisting in comprehensive diagnosis of myocardial infarction.
Patient Information: female, 61 years old, diagnosed of acute myocardial infarction, dysfunction in left ventricle
uOmnispace.CT helps to reduce the TAVR planning procedure to just a few clicks and two to three minutes, with automated localization and aortic measurement.
Patient Information: male, 66 years old, diagnosed with aortic stenosis coupled with severe calcifications
uOmnispace.CT provides an automated workflow for CTA and CTP analysis, making ischemic stroke diagnosis and triage ahead of time.
Patient Information: Male, 41 years old, diagnosed of acute ischemic stroke with infarction in right frontotemporoparietal region.
uOmnispace.MR provides automated tools for morphologic analysis and plaque characterization, facilitating the clinical treatment and prognosis of ischemic stroke.
Patient Information: Male, 69 years old, bilateral carotid artery stenosis due to plaque.
uOmnispace.MR provides automated white matter fiber tracking for whole brain and designated seed points, providing guidance for neurosurgery planning and prognosis.
Patient Information: Female, 52 years old, diagnosed of low-grade glioma.
uOmnispace.MR provides automated white matter fiber tracking for whole brain and designated seed points, providing guidance for neurosurgery planning and prognosis.
1.5mm high-resolution isotropic image from uMR Jupiter, with finer visualization of fiber tractography.
uOmnispace.CT provides multiple analysis tools for liver cancer, providing abundant visual and quantifiable findings for diagnosis and clinical decision.
Patient Information: Female, 73 years old, diagnosed of hepatocellular carcinoma.
uOmnispace.MI provides AI-based lesion detection and segmentation for FDG, PSMA and DOTATATE tracers, improving diagnosis precision and efficiency.
Traditional threshold segmentation may show more false positives and require further scrutinization, while uProbe1 features higher precision and efficiency in small lesion detection and segmentation.
uOmnispace.MI provides AI-based lesion detection and segmentation for FDG, PSMA and DOTATATE tracers, improving diagnosis precision and efficiency.
With uOmnispace MM Oncology, physicians can intuitively observe the abnormal tumor uptakes of different tracers, thus acquiring higher diagnostic confidence in tumor delineation and metastasis.