SmartCT Soft Tissue
Imaging technology
SmartCT Soft Tissue
Imaging technology
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 [1] 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.
Clinical image gallery
Features
Get step-by-step guidance to simplify CBCT acquisition
To help all clinical users [1] achieve superb 3D images, regardless of their level of experience, SmartCT Soft Tissue provides step-by-step guidance and visual aids during acquisition. This includes room set-up, isocentering the system, as well as suggesting a suitable contrast injection and X-ray acquisition protocol.
CBCT Open
SmartCT Soft Tissue offers the possibility to acquire a CBCT using open trajectory with start and stop positions of +55° to -185° respectively. This protocol opens the arc to the left side of the patient allowing for a wider translation of the angiographic table towards this direction; thereby shifting the isocenter of the C-arm to the right lateral side of the patient. This enables visualizing off-centered regions of interest (such as the periphery of the liver) in a single sweep. [2] The Open arc trajectory also offers more comfort to the larger patients.
Interact with your CBCT image at table side
Once acquired, SmartCT Soft Tissue automatically displays the CBCT image on the touch screen module and the FlexVision within seconds for direct review at table side.
Related products
- The SmartCT solution enriches our outstanding 3D interventional tools with clear guidance, designed to remove barriers to acquiring 3D images in the interventional lab. It simplifies 3D acquisition to empower all clinical users to easily perform 3D imaging, regardless of their experience[1]. Once acquired, 3D images are automatically displayed within seconds on the touch screen module in the corresponding rendering mode. On the same touch screen, the user can easily control and interact with advanced 3D visualizations and measurement tools.
- 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.
- 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.
- This X-ray acquisition technique generates a complete high-resolution 3D visualization of cerebral, cardiac, abdominal or peripheral vasculature from a single rotational angiography run – all controlled via the touch screen at the table. This can improve visibility of tortuous or complex anatomy that may not be seen on a 2D or DSA image.
- SmartCT Roadmap facilitates complex 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.
- 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.
Disclaimer
1. Evaluated with clinical users in a simulated lab environment with a total of 17 teams consisting of a physician and a radio-tech, and 1 physician without a radio-tech, with different levels of experience.
2. Schrenthaner et al., Feasibility of a Modified Cone-Beam CT Rotation Trajectory to Improve Liver Periphery Visualization during Transarterial Chemoembolization, Radiology, 2015
3. Higashihara, H., Osuga, K., Onishi, H., Nakamoto, A., Tsuboyama, T., Maeda, N., … Tomiyama, N. (2012). Diagnostic accuracy of C-arm CT during selective transcatheter angiography for hepatocellular carcinoma: comparison with intravenous contrast-enhanced, biphasic, dynamic MDCT. European Radiology. 22(4):872-9. DOI: 10.1007/s00330-011-2324-y.
4. Loffroy, R., Lin, M., Rao, P., Bhagat, N., Noordhoek, N., Radaelli, A., ... Geschwind, J.F. (2012). Comparing the detectability of hepatocellular carcinoma by C-arm dualphase cone-beam computed tomography during hepatic arteriography with conventional contrast-enhanced magnetic resonance imaging. CardioVascular and Interventional Radiology. 35(1):97-104. DOI: 10.1007/s00270-011-0118-x.
5. 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,.