syngo DynaCTDiscover our 3D applications
The syngo DynaCT success story began in 2004 with Siemens Healthineers' introduction of the first cone-beam CT solution. It remarkably changed treatment planning and delivery in the angio suite or Hybrid OR, without time loss or additional patient risk. syngo DynaCT allows for verifying treatment success while the patient is still on the table, reducing the need for re-interventions and re-operations. Since then, numerous 3D applications based on syngo DynaCT have been introduced, further enhancing its capabilities.
syngo DynaCT
With syngo DynaCT, users can obtain soft-tissue information during interventions directly in the angio suite or the hybrid OR. The software has a proven track record in numerous clinical procedures throughout the body.
Head
Whether stroke or other neuro procedures: Confidently visualize the whole brain parenchyma and identify pathological anatomies with syngo DynaCT.
Thorax
Visualization of small pulmonary vessels in the angio suite: Distinctly see small anatomical details with syngo DynaCT.
Abdomen
Enhancing precision in liver TACE and beyond: See a high level of details with contrast-enhanced or native syngo DynaCT imaging.
Pelvis
Comprehensive acquisition protocols
Several dedicated acquisition protocols have been introduced to address the specific and diverse requirements of clinical procedures since the introduction of syngo DynaCT.
Courtesy of University Hospital Frankfurt, Germany
syngo DynaCT Large Volume and syngo DynaCT 360
Covering a larger field of view than standard syngo DynaCT protocol.
- Covers in most cases the whole thoracic spine, lung and liver, including the skin e.g. for needle procedures
- Diameter of up to 43 cm (16.9”), in height of up to 23.5 cm (9.3”)
Courtesy of Alfried Krupp Hospital, Essen, Germany
syngo DynaCT Sine Spin
Raising the bar for consistent 3D image quality in whole brain imaging.
- New acquisition trajectory adds a CRAN/CAUD movement to the LAO/RAO spin
- Reduced cone beam CT artifacts, specifically in the basal part of the brain and close to the skull
Courtesy of Alfried Krupp Hospital, Essen, Germany
syngo DynaCT Sine Spin
Raising the bar for consistent 3D image quality in whole brain imaging.
- New acquisition trajectory adds a CRAN/CAUD movement to the LAO/RAO spin
- Reduced cone beam CT artifacts, specifically in the basal part of the brain and close to the skull
Courtesy of University Hospital Basel, Switzerland
syngo DynaCT Multiphase
Visualizing cerebral collateral vessels with time-resolved syngo DynaCT.
- Depicting up to 10 different timepoints within a period of 60 seconds
- Sounder decisions based on time-resolved CBCTA information
Courtesy of University Hospital Basel, Switzerland
syngo DynaCT Multiphase
Visualizing cerebral collateral vessels with time-resolved syngo DynaCT.
- Depicting up to 10 different timepoints within a period of 60 seconds
- Sounder decisions based on time-resolved CBCTA information
Courtesy of University Hospital Basel, Switzerland
syngo DynaCT Multiphase
Visualizing cerebral collateral vessels with time-resolved syngo DynaCT.
- Depicting up to 10 different timepoints within a period of 60 seconds
- Sounder decisions based on time-resolved CBCTA information
Courtesy of University Hospital Basel, Switzerland
syngo DynaCT Multiphase
Visualizing cerebral collateral vessels with time-resolved syngo DynaCT.
- Depicting up to 10 different timepoints within a period of 60 seconds
- Sounder decisions based on time-resolved CBCTA information
Courtesy of Hannover Medical School, Germany
syngo DynaCT High Speed
Allowing rotational speed for 3D acquisitions as fast as 2.5 seconds.
- Shorter acquisition times and reduced motion artifacts
- Less contrast agent especially when high injection rate is needed
Courtesy of Hannover Medical School, Germany
syngo DynaCT High Speed
Allowing rotational speed for 3D acquisitions as fast as 2.5 seconds.
- Shorter acquisition times and reduced motion artifacts
- Less contrast agent especially when high injection rate is needed
Courtesy of Hannover Medical School, Germany
syngo DynaCT High Speed
Allowing rotational speed for 3D acquisitions as fast as 2.5 seconds.
- Shorter acquisition times and reduced motion artifacts
- Less contrast agent especially when high injection rate is needed
Courtesy of University Hospital Frankfurt, Germany
syngo DynaCT High Speed
Allowing rotational speed for 3D acquisitions as fast as 2.5 seconds.
- Shorter acquisition times and reduced motion artifacts
- Less contrast agent especially when high injection rate is needed
Courtesy of GS Neuroscience Clinic and Research Center Patna, India
syngo DynaCT Micro
Delivers high-resolution 3D imaging by using each detector pixel.
- 40 % higher spatial resolution compared to a standard syngo DynaCT
- Isotropic data – same resolution and contrast in all views or planes
Courtesy of GS Neuroscience Clinic and Research Center Patna, India
syngo DynaCT Micro
Delivers high-resolution 3D imaging by using each detector pixel.
- 40 % higher spatial resolution compared to a standard syngo DynaCT
- Isotropic data – same resolution and contrast in all views or planes
Courtesy of GS Neuroscience Clinic and Research Center Patna, India
syngo DynaCT Micro
Delivers high-resolution 3D imaging by using each detector pixel.
- 40 % higher spatial resolution compared to a standard syngo DynaCT
- Isotropic data – same resolution and contrast in all views or planes
Courtesy of Hannover Medical School, Germany
syngo DynaCT Micro
Delivers high-resolution 3D imaging by using each detector pixel.
- 40 % higher spatial resolution compared to a standard syngo DynaCT
- Isotropic data – same resolution and contrast in all views or planes
Courtesy of Osaka City University Hospital, Japan
Open Trajectory syngo DynaCT
Gaining more space by changing the start position of the 3D run
- Easier setup with obese patients
- More possibilities for eccentric imaging (e.g. liver, lung)
Courtesy of University Hospital Jena, Germany
syngo DynaCT Large Volume and syngo DynaCT 360
Covering a larger field of view than standard syngo DynaCT protocol.
- Covers in most cases the whole thoracic spine, lung and liver, including the skin e.g. for needle procedures
- Diameter of up to 43 cm (16.9”), in height of up to 23.5 cm (9.3”)
Courtesy of University Hospital Frankfurt, Germany
syngo DynaCT Large Volume and syngo DynaCT 360
Covering a larger field of view than standard syngo DynaCT protocol.
- Covers in most cases the whole thoracic spine, lung and liver, including the skin e.g. for needle procedures
- Diameter of up to 43 cm (16.9”), in height of up to 23.5 cm (9.3”)
Courtesy of University Hospital Frankfurt, Germany
syngo DynaCT Large Volume and syngo DynaCT 360
Covering a larger field of view than standard syngo DynaCT protocol.
- Covers in most cases the whole thoracic spine, lung and liver, including the skin e.g. for needle procedures
- Diameter of up to 43 cm (16.9”), in height of up to 23.5 cm (9.3”)
Courtesy of Alfried Krupp Hospital, Essen, Germany
syngo DynaCT Sine Spin
Raising the bar for consistent 3D image quality in whole brain imaging.
- New acquisition trajectory adds a CRAN/CAUD movement to the LAO/RAO spin
- Reduced cone beam CT artifacts, specifically in the basal part of the brain and close to the skull
Courtesy of Alfried Krupp Hospital, Essen, Germany
syngo DynaCT Sine Spin
Raising the bar for consistent 3D image quality in whole brain imaging.
- New acquisition trajectory adds a CRAN/CAUD movement to the LAO/RAO spin
- Reduced cone beam CT artifacts, specifically in the basal part of the brain and close to the skull
Courtesy of University Hospital Basel, Switzerland
syngo DynaCT Multiphase
Visualizing cerebral collateral vessels with time-resolved syngo DynaCT.
- Depicting up to 10 different timepoints within a period of 60 seconds
- Sounder decisions based on time-resolved CBCTA information
Courtesy of University Hospital Basel, Switzerland
syngo DynaCT Multiphase
Visualizing cerebral collateral vessels with time-resolved syngo DynaCT.
- Depicting up to 10 different timepoints within a period of 60 seconds
- Sounder decisions based on time-resolved CBCTA information
Courtesy of University Hospital Basel, Switzerland
syngo DynaCT Multiphase
Visualizing cerebral collateral vessels with time-resolved syngo DynaCT.
- Depicting up to 10 different timepoints within a period of 60 seconds
- Sounder decisions based on time-resolved CBCTA information
Courtesy of University Hospital Basel, Switzerland
syngo DynaCT Multiphase
Visualizing cerebral collateral vessels with time-resolved syngo DynaCT.
- Depicting up to 10 different timepoints within a period of 60 seconds
- Sounder decisions based on time-resolved CBCTA information
Courtesy of Hannover Medical School, Germany
syngo DynaCT High Speed
Allowing rotational speed for 3D acquisitions as fast as 2.5 seconds.
- Shorter acquisition times and reduced motion artifacts
- Less contrast agent especially when high injection rate is needed
Courtesy of Hannover Medical School, Germany
syngo DynaCT High Speed
Allowing rotational speed for 3D acquisitions as fast as 2.5 seconds.
- Shorter acquisition times and reduced motion artifacts
- Less contrast agent especially when high injection rate is needed
Courtesy of Hannover Medical School, Germany
syngo DynaCT High Speed
Allowing rotational speed for 3D acquisitions as fast as 2.5 seconds.
- Shorter acquisition times and reduced motion artifacts
- Less contrast agent especially when high injection rate is needed
Courtesy of University Hospital Frankfurt, Germany
syngo DynaCT High Speed
Allowing rotational speed for 3D acquisitions as fast as 2.5 seconds.
- Shorter acquisition times and reduced motion artifacts
- Less contrast agent especially when high injection rate is needed
Courtesy of GS Neuroscience Clinic and Research Center Patna, India
syngo DynaCT Micro
Delivers high-resolution 3D imaging by using each detector pixel.
- 40 % higher spatial resolution compared to a standard syngo DynaCT
- Isotropic data – same resolution and contrast in all views or planes
Courtesy of GS Neuroscience Clinic and Research Center Patna, India
syngo DynaCT Micro
Delivers high-resolution 3D imaging by using each detector pixel.
- 40 % higher spatial resolution compared to a standard syngo DynaCT
- Isotropic data – same resolution and contrast in all views or planes
Courtesy of GS Neuroscience Clinic and Research Center Patna, India
syngo DynaCT Micro
Delivers high-resolution 3D imaging by using each detector pixel.
- 40 % higher spatial resolution compared to a standard syngo DynaCT
- Isotropic data – same resolution and contrast in all views or planes
Courtesy of Hannover Medical School, Germany
syngo DynaCT Micro
Delivers high-resolution 3D imaging by using each detector pixel.
- 40 % higher spatial resolution compared to a standard syngo DynaCT
- Isotropic data – same resolution and contrast in all views or planes
Courtesy of Osaka City University Hospital, Japan
Open Trajectory syngo DynaCT
Gaining more space by changing the start position of the 3D run
- Easier setup with obese patients
- More possibilities for eccentric imaging (e.g. liver, lung)
Courtesy of University Hospital Jena, Germany
syngo DynaCT Large Volume and syngo DynaCT 360
Covering a larger field of view than standard syngo DynaCT protocol.
- Covers in most cases the whole thoracic spine, lung and liver, including the skin e.g. for needle procedures
- Diameter of up to 43 cm (16.9”), in height of up to 23.5 cm (9.3”)
Courtesy of University Hospital Frankfurt, Germany
syngo DynaCT Large Volume and syngo DynaCT 360
Covering a larger field of view than standard syngo DynaCT protocol.
- Covers in most cases the whole thoracic spine, lung and liver, including the skin e.g. for needle procedures
- Diameter of up to 43 cm (16.9”), in height of up to 23.5 cm (9.3”)
Courtesy of University Hospital Frankfurt, Germany
syngo DynaCT Large Volume and syngo DynaCT 360
Covering a larger field of view than standard syngo DynaCT protocol.
- Covers in most cases the whole thoracic spine, lung and liver, including the skin e.g. for needle procedures
- Diameter of up to 43 cm (16.9”), in height of up to 23.5 cm (9.3”)
Advanced 3D applications
Advanced 3D applications are implemented to further improve visualization of important diagnostic structures, and to combine temporal or functional information to the anatomical images.
Courtesy of University Hospital Magdeburg, Germany
syngo DynaPBV
Complementing 3D anatomical imaging with volumetric physiological information directly in the interventional lab.
- Available for neuro and abdominal regions to provide functional information before and after interventional therapy
Courtesy of Hannover Medical School, Germany
syngo DynaCT Bone Removal
Removing bony structures for enhanced vessel visualization, while maintaining devices in vessels with an AI-trained approach.
- Reducing manual cropping of bony structures
- Applicable for a wide range of procedures in thorax, abdomen, and pelvis in adult patients
Courtesy of Hannover Medical School, Germany
syngo DynaCT Bone Removal
Removing bony structures for enhanced vessel visualization, while maintaining devices in vessels with an AI-trained approach.
- Reducing manual cropping of bony structures
- Applicable for a wide range of procedures in thorax, abdomen, and pelvis in adult patients
Courtesy of Hannover Medical School, Germany
syngo DynaCT Bone Removal
Removing bony structures for enhanced vessel visualization, while maintaining devices in vessels with an AI-trained approach.
- Reducing manual cropping of bony structures
- Applicable for a wide range of procedures in thorax, abdomen, and pelvis in adult patients
Courtesy of University Hospital Tuebingen, Germany
syngo DynaCT SMART
Reducing artifacts resulting from radiopaque materials and devices.
- Increase diagnostic confidence by improving visualization of important diagnostic information such as stents
- Increase chance of visualizing complications such as bleedings close to metallic objects
Courtesy of University Hospital Goettingen, Germany
syngo DynaCT SMART
Reducing artifacts resulting from radiopaque materials and devices.
- Increase diagnostic confidence by improving visualization of important diagnostic information such as stents
- Increase chance of visualizing complications such as bleedings close to metallic objects
Courtesy of Alfried Krupp Hospital, Essen, Germany
syngo Dyna4D
Showing flow patterns in 3D.
- Combined spatial and temporal resolution
- Virtually unlimited number of DSA runs at no additional dose and contrast media1
Courtesy of University Hospital Tuebingen, Germany
syngo DynaPBV
Complementing 3D anatomical imaging with volumetric physiological information directly in the interventional lab.
- Available for neuro and abdominal regions to provide functional information before and after interventional therapy
Courtesy of University Hospital Magdeburg, Germany
syngo DynaPBV
Complementing 3D anatomical imaging with volumetric physiological information directly in the interventional lab.
- Available for neuro and abdominal regions to provide functional information before and after interventional therapy
Courtesy of Hannover Medical School, Germany
syngo DynaCT Bone Removal
Removing bony structures for enhanced vessel visualization, while maintaining devices in vessels with an AI-trained approach.
- Reducing manual cropping of bony structures
- Applicable for a wide range of procedures in thorax, abdomen, and pelvis in adult patients
Courtesy of Hannover Medical School, Germany
syngo DynaCT Bone Removal
Removing bony structures for enhanced vessel visualization, while maintaining devices in vessels with an AI-trained approach.
- Reducing manual cropping of bony structures
- Applicable for a wide range of procedures in thorax, abdomen, and pelvis in adult patients
Courtesy of Hannover Medical School, Germany
syngo DynaCT Bone Removal
Removing bony structures for enhanced vessel visualization, while maintaining devices in vessels with an AI-trained approach.
- Reducing manual cropping of bony structures
- Applicable for a wide range of procedures in thorax, abdomen, and pelvis in adult patients
Courtesy of University Hospital Tuebingen, Germany
syngo DynaCT SMART
Reducing artifacts resulting from radiopaque materials and devices.
- Increase diagnostic confidence by improving visualization of important diagnostic information such as stents
- Increase chance of visualizing complications such as bleedings close to metallic objects
Courtesy of University Hospital Goettingen, Germany
syngo DynaCT SMART
Reducing artifacts resulting from radiopaque materials and devices.
- Increase diagnostic confidence by improving visualization of important diagnostic information such as stents
- Increase chance of visualizing complications such as bleedings close to metallic objects
Courtesy of Alfried Krupp Hospital, Essen, Germany
syngo Dyna4D
Showing flow patterns in 3D.
- Combined spatial and temporal resolution
- Virtually unlimited number of DSA runs at no additional dose and contrast media1
Courtesy of University Hospital Tuebingen, Germany
syngo DynaPBV
Complementing 3D anatomical imaging with volumetric physiological information directly in the interventional lab.
- Available for neuro and abdominal regions to provide functional information before and after interventional therapy
Courtesy of University Hospital Magdeburg, Germany
syngo DynaPBV
Complementing 3D anatomical imaging with volumetric physiological information directly in the interventional lab.
- Available for neuro and abdominal regions to provide functional information before and after interventional therapy
Clinical Studies
System portfolio
The choice is yours. syngo DynaCT and our 3D applications are available on all our angiography systems. Take a look at our broad system portfolio and find out which ARTIS system fits your interventional needs!
3D Guidance Workflow
Whether you are performing an embolization, EVAR, percutaneous needle procedure or ablation: Our Integrated Guidance Workflow solutions support you every step of the way.
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