- SmartCT empowers you to easily adopt 3D imaging in the lab
-
SmartCT empowers you to easily adopt 3D imaging in the lab
Despite the advantages of 3D imaging, it can still be considered difficult to perform by many users. To take the guesswork out of 3D acquisition, SmartCT provides step-by-step guidance and visual aids during acquisition to help easily acquire 3D images. 3D imaging can enhance diagnostic accuracy [1-3], support improved treatment outcomes[4-6] and increase procedural efficiency in the interventional lab [7]. - Control advanced 3D visualization and measurement tools at tableside
-
Control advanced 3D visualization and measurement tools at tableside
Using simple tablet gestures, you can carry out advanced measurements and visualizations on the touchscreen at tableside to study the disease in great detail. SmartCT 3D images can help reveal information not apparent on DSA images. This additional information may change diagnosis, treatment planning or treatment delivery, supporting better patient outcomes[4-9]. - CBCT with helical acquisition
-
CBCT with helical acquisition
Soft Tissue CBCT protocol with helical movement improves the image quality and appearance, compared to conventional CBCT acquisition techniques, to spot soft tissue changes in the Angio suite. The asymmetrical motion of the arm during the acquisition increases the field of view(FOV) of the scan imaging parts of the brain multiple times. This increase of information, in combination with improved image reconstruction software, leads to improvements in image quality. The speed of the scan has also been increases from 20secs to 10secs to minimize the impact of patient motion for non-sedated stroke patients. - Automatic motion compensation for neuro helical
-
Automatic motion compensation for neuro helical
The Automatic motion compensation algorithm is a Helical Soft Tissue option, which the physician can use to salvage a CBCT soft tissue scan during which the patient had moved. During stroke procedures, the patient is not always sedated, and this often results in significant head motion, affecting the value of the 3D scan and often requiring a second scan. The automatic motion compensation algorithm takes the original scan and re-runs the reconstruction software to generate an improved volume. - Metal artifact reduction algorithm for CBCT
-
Metal artifact reduction algorithm for CBCT
SmartCT Soft Tissue Helical includes a metal artifact reduction algorithm. Imaging a patient with coils from previous treatments and/or dental replacements can result in significant artifacts in the form of dark and bright streaks on the image. These artifacts can limit confident diagnosis when assessing soft tissue changes in the brain. The metal artifact reduction algorithm processes the volume with the goal of removing the artifacts and improving image quality.
SmartCT empowers you to easily adopt 3D imaging in the lab
SmartCT empowers you to easily adopt 3D imaging in the lab
SmartCT empowers you to easily adopt 3D imaging in the lab
Control advanced 3D visualization and measurement tools at tableside
Control advanced 3D visualization and measurement tools at tableside
Control advanced 3D visualization and measurement tools at tableside
CBCT with helical acquisition
CBCT with helical acquisition
CBCT with helical acquisition
Automatic motion compensation for neuro helical
Automatic motion compensation for neuro helical
Automatic motion compensation for neuro helical
Metal artifact reduction algorithm for CBCT
Metal artifact reduction algorithm for CBCT
Metal artifact reduction algorithm for CBCT
- SmartCT empowers you to easily adopt 3D imaging in the lab
- Control advanced 3D visualization and measurement tools at tableside
- CBCT with helical acquisition
- Automatic motion compensation for neuro helical
- SmartCT empowers you to easily adopt 3D imaging in the lab
-
SmartCT empowers you to easily adopt 3D imaging in the lab
Despite the advantages of 3D imaging, it can still be considered difficult to perform by many users. To take the guesswork out of 3D acquisition, SmartCT provides step-by-step guidance and visual aids during acquisition to help easily acquire 3D images. 3D imaging can enhance diagnostic accuracy [1-3], support improved treatment outcomes[4-6] and increase procedural efficiency in the interventional lab [7]. - Control advanced 3D visualization and measurement tools at tableside
-
Control advanced 3D visualization and measurement tools at tableside
Using simple tablet gestures, you can carry out advanced measurements and visualizations on the touchscreen at tableside to study the disease in great detail. SmartCT 3D images can help reveal information not apparent on DSA images. This additional information may change diagnosis, treatment planning or treatment delivery, supporting better patient outcomes[4-9]. - CBCT with helical acquisition
-
CBCT with helical acquisition
Soft Tissue CBCT protocol with helical movement improves the image quality and appearance, compared to conventional CBCT acquisition techniques, to spot soft tissue changes in the Angio suite. The asymmetrical motion of the arm during the acquisition increases the field of view(FOV) of the scan imaging parts of the brain multiple times. This increase of information, in combination with improved image reconstruction software, leads to improvements in image quality. The speed of the scan has also been increases from 20secs to 10secs to minimize the impact of patient motion for non-sedated stroke patients. - Automatic motion compensation for neuro helical
-
Automatic motion compensation for neuro helical
The Automatic motion compensation algorithm is a Helical Soft Tissue option, which the physician can use to salvage a CBCT soft tissue scan during which the patient had moved. During stroke procedures, the patient is not always sedated, and this often results in significant head motion, affecting the value of the 3D scan and often requiring a second scan. The automatic motion compensation algorithm takes the original scan and re-runs the reconstruction software to generate an improved volume. - Metal artifact reduction algorithm for CBCT
-
Metal artifact reduction algorithm for CBCT
SmartCT Soft Tissue Helical includes a metal artifact reduction algorithm. Imaging a patient with coils from previous treatments and/or dental replacements can result in significant artifacts in the form of dark and bright streaks on the image. These artifacts can limit confident diagnosis when assessing soft tissue changes in the brain. The metal artifact reduction algorithm processes the volume with the goal of removing the artifacts and improving image quality.
SmartCT empowers you to easily adopt 3D imaging in the lab
SmartCT empowers you to easily adopt 3D imaging in the lab
SmartCT empowers you to easily adopt 3D imaging in the lab
Control advanced 3D visualization and measurement tools at tableside
Control advanced 3D visualization and measurement tools at tableside
Control advanced 3D visualization and measurement tools at tableside
CBCT with helical acquisition
CBCT with helical acquisition
CBCT with helical acquisition
Automatic motion compensation for neuro helical
Automatic motion compensation for neuro helical
Automatic motion compensation for neuro helical
Metal artifact reduction algorithm for CBCT
Metal artifact reduction algorithm for CBCT
Metal artifact reduction algorithm for CBCT
Related products
Alternative products
- New
SmartCT
- Simplifies 3D acquisition to empower clinical users to easily perform 3D imaging
- Enriches our outstanding 3D interventional tools with clear guidance
- 3D images are automatically displayed within seconds on the touch screen module
- Easily control and interact with advanced 3D visualization and measurement tools
View product
-
Azurion 7 B20/15
- Image Guided Therapy System Biplane with one 20" frontal and one 15" lateral flat detector
- Enhances certainty during neuro interventions like ischemic stroke and cerebral aneurysm treatment
- Makes the intricacies of complex malformations and less radio-opaque flow diverters fully visible
- Experience a simple, smooth clinical workflow with the dedicated neuro features
View product
-
Azurion 7 M20
- Image Guided Therapy System Monoplane Ceiling/Floor Mounted with a 20" flat detector
- Enhance visibility for diverse vascular, oncology and cardiac procedures with great image quality
- Control all relevant applications via the central touch screen module at table side
View product
-
Azurion 5 M20
- Image Guided Therapy System Monoplane Ceiling/Floor Mounted with a 20” flat detector
- Covers a wide range of cardiac and vascular procedures to offer flexibility for multi-purpose use
- Control all relevant applications via the central touch screen module at table side
- Parallel working enables you to get more done, leading to high throughput and fast exam turnover
View product
- New
SmartCT Angio
- 3D visualization of bone and vessels from a single rotational angiographic X-ray acquisition
- Improve visibility of bone and vasculature in cerebral, abdominal and peripheral anatomies
- Acquire and interact with 3D imaging at table side
- 3D imaging can reveal information not apparent on DSA images
View product
- New
SmartCT Roadmap
- Accurate and dynamic 3D guidance tool
- Real-time 3D view aids guidewire and catheter navigation through complex vessel structures
- Adapts to position changes in real-time
- Variable settings to enhance visualization
View product
- New
SmartCT Soft Tissue
- Step-by-step guidance technique to simplify cone beam computed tomography acquisition
- Interact with your CBCT image at table side on the touch screen module
- Access advanced 3D measurements at table side on the touch screen module
- Acquire a CBCT using open trajectory
View product
- New
SmartCT Vaso
- Step-by-step acquisition technique that can offer guidance to simplify 3D imaging
- Allows direct image inspection with advanced 3D visualization at table side
- Peri-procedure check of positioning of endovascular stents
View product
- New
SmartCT Dual Viewer
- Simultaneously visualize any 2 volumes from Azurion of different sizes, at different procedure times
- View and manipulate datasets at tableside with the touchscreen module (TSM)
- Use the overlaid datasets as a 3D roadmap with fluoroscopy or to support with segmentation
View product
- New
SmartCT Dual Phase Cerebral
- Isocentering tool to aid with accurate positioning of the patient’s head
- Bolus Watch functionality to monitor contrast arrival and start CBCT acquisition at the right time
- Early phase contrast-enhanced cone beam CT (CBCT) to visualize large vessel occlusion
- Late-phase contrast-enhanced CBCT to visualize the presence of collateral vessels
- Dual Viewer to analyze the two CBCT volumes in an easy and intuitive way
View product
-
AneurysmFlow
- Cerebral aneurysm flow quantification tool for endovascular procedures
- Visualizes flow changes in the parent vessel and aneurysm before and after flow diverter deployment
- Offers new information with the Mean Aneurysm Flow Amplitude (MAFA) ratio
View product
- New
SmartCT
Philips Image Guided Therapy clinical application software SmartCT enriches our outstanding 3D interventional tools with clear guidance, designed to remove barriers to acquiring 3D images in the interventional lab. Once acquired, 3D images are automatically displayed within seconds on the touchscreen module in the corresponding rendering mode. On the same touchscreen, the user can easily control and interact with advanced 3D visualizations and measurement tools. SmartCT also brings advanced measurements and visualization to your fingertips for high image quality, supporting your diagnosis[1-3] and better patient treatment outcomes[4-6].
View product
-
Azurion 7 B20/15
Philips Azurion system allows you to perform a wide range of routine and complex interventional procedures easily and confidently with a unique user experience. Advanced capabilities integrated with an innovative system geometry support improved workflow, helping you to optimize your lab performance and provide superior care to your patients.
View product
-
Azurion 7 M20
Experience outstanding interventional cardiac and vascular performance on the Azurion 7 Series with 20'' flat detector. This industry leading image-guided therapy solution supports you in delivering outstanding patient care and increasing your operational efficiency by uniting clinical excellence with workflow innovation. Seamlessly control all relevant applications from a single touch screen at table side, to help make fast, informed decisions in the sterile field.
View product
See all related products -
Azurion 5 M20
Elevate your interventional capabilities with the Azurion 5 with 20'' flat detector. Your interventional teams benefit from superb consistency and efficiency as they perform diverse vascular and cardiac procedures. Seamlessly control all relevant applications at table side for a consistent user experience, excellent lab performance and patient care.
View product
- New
SmartCT Angio
SmartCT Angio offers a 3D-RA (3D rotational angiography) acquisition protocol that provides extensive 3D visualization of bone and vessels based on a single contrast-enhanced rotational angiogram. Its high-resolution 3D reconstructions provide critical information about depth and the relationship of one vessel to another to support accurate assessment of bone and vasculature.
View product
- New
SmartCT Roadmap
SmartCT Roadmap facilitates interventions by providing live 3D image guidance that can be segmented to emphasize target vessel and lesions, aiding guidewire and catheter navigation through complex vessel structures. All controlled via the touch screen at the table.
View product
- New
SmartCT Soft Tissue
SmartCT Soft Tissue offers a Cone Beam CT (CBCT) acquisition technique augmented with step-by-step guidance, Advanced 3D visualization and measurement tools all accessible on the touch screen module at table side. To support you in acquiring CBCT images first-time right and to streamline your workflow, you are guided through key steps. Once the CBCT scan is successfully performed, the acquired 3D image is automatically displayed in the SmartCT 3D visualization tool with the adequate rendering settings and the 3D measurement tools tailored for the selected 3D protocol.
View product
- New
SmartCT Vaso
SmartCT Vaso enables high-contrast and high-resolution imaging of cerebral vasculature based on a 3D rotational scan and an intra-arterial contrast injection. This technique enhances the visualization of endovascular stents, flow diverters, or other devices, as well as vessel morphology down to the perforator level.
View product
- New
SmartCT Dual Viewer
SmartCT Dual Viewer can take any two volumes from the Azurion System, display them side by side and overlay them to create fusion images to support the physician in assessment and diagnosis and treatment planning (segmentation for example, manual feeder detection). Dual Viewer in SmartCT allows the user to view and manipulate the volumes at tableside without breaking sterility using the touchscreen module (TSM) or mouse and keyboard. There is also no need to switch applications because the entire workflow from 3D acquisition protocol selection to image viewing, manipulation, image overlay and postprocessing can be done in SmartCT and on the TSM.
View product
- New
SmartCT Dual Phase Cerebral
The Dual Phase Cerebral acquisition offers two consecutive contrast-enhanced cone beam CT scans of the brain. In the case of a stroke patient with a suspected large vessel occlusion, this type of acquisition allows identification of the vessel occlusion in the first phase, and the presence of collateral vessels in the second phase. This acquisition can be done with an intra-arterial as well as with intravenous contrast injection.
View product
-
AneurysmFlow
Assessing impact of embolization devices, like flow diverters, on blood flow right after deployment is crucial. AneurysmFlow is designed to provide relevant information based on quantification of blood flow changes.
View product
- * The user level of expertise required is described in the Instructions for Use as the Intended Operator Profile
- SmartCT R3.0 is subject to regulatory clearance and may not be available in all markets. Contact your sales representative for more details.
- 1. Akkakrisee SA, Hongsakul KR. Percu-taneous transthoracic needle biopsy for pulmonary nodules: a retrospec-tive study of a comparison between C-arm cone-beam computed to-mography and conventional com-puted tomography guidance. Pol J Radiol.. 2020; 85(-): e309–e315
- 2. Jang H, Jung WS, Myoung SU, Kim JJ, Jang CK, Cho KC, Source Image Based New 3D Rotational Angiography for Differential Diagnosis between the In-fundibulum and an Internal Carotid Artery Aneurysm : Pilot Study. J Korean Neurosurg Soc, 2021. 64(5):726-731
- 3. Schernthaner et al., Delayed-Phase Cone-Beam CT Improves Detectability of Intrahepatic Cholangiocarcinoma During Conventional Transarterial Chemoembolization Cardiovasc Intervent Radiol , 38 (4), 929-36, 2015
- 4. Xiong, F., et al., Xper-CT combined with laser-assisted navigation radiofrequency thermocoagulation in the treatment of trigeminal neuralgia. Front Neu-rol, 2022. 13: p. 930902
- 5. Schott, P., et al., Radiation Dose in Prostatic Artery Embolization Using Cone-Beam CT and 3D Roadmap Software. J Vasc Interv Radiol, 2019. 30(9): p. 1452-1458
- 6. Rosi, A., et al., Three-dimensional rotational angiography improves mechanical thrombectomy recanalization rate for acute ischaemic stroke due to mid-dle cerebral artery M2 segment occlusions. Interv Neuroradiol, 2022: p. 15910199221145745
- 7. Ribo et al, Direct Transfer to Angiosuite to Reduce Door-To-Puncture Time in Thrombectomy for Acute Stroke, J Neurointerv Surg , 2018, 10 (3), 221-224
- 8. Fagan et al., MultiModality 3-dimensional image integration for Congenital Cardiac Catheterization. Methodist Debakey Cardiovasc J. 2014, 10 (2), 68-76
- 9. Hirotaka Hasegawa et al, Integration of rotational angiography enables better dose planning in Gamma Knife radiosurgery for brain arteriovenous malformations, J Neurosurg (Suppl) 129:17–25, 2018
