Vivid 7 Dimension
New Ultra-Definition Imaging combines image acquisition and processing technology to take imaging to the next level, for an optimal image with one button control.
The new Ultra-Definition Clarity Control feature provides you with multiple 2D settings that reduce noise, while still keeping image edges smooth. It enables image personalization for 4D, cardiac and vascular imaging.
Definition. Technology. Performance.
Our creative multi-dimensional formats clearly convey cardiac anatomy, synchronicity and viability. You get 4D images rendered online that look like an actual heart. And, the new 4D visualization tools offer you a new perspective on volume and dimension with the assistance of Depth Color Rendering and Stereo glasses –making it look real enough to touch.
4D
4D depth color render. Two depth color render maps enhance depth perception in any 4D image.
Advanced TSI
Advanced Tissue Synchronization Imaging (TSI) provides quantification of LV synchronicity information. Time-to-peak data is derived from the simple-to-use "red light/green light" visualizations.
Advanced TSI
Advanced Tissue Synchronization Imaging (TSI) provides quantification of LV synchronicity information. Time-to-peak data is derived from the simple-to-use "red light/green light" visualizations.
9-slice
See regional wall motion in a whole new way by slicing the left ventricle of a 4D full-volume dataset into nine equidistant short-axis views.
Real-time Color Flow Full Volume
Assess hemodynamic information in color, in real time, in the same heart cycle.
You also have the option of viewing a 6-slice cross-section of the left ventricle.
Cutting-edge AFI
Assessing and quantifying left ventricle wall motion is easy with our Automated Function Imaging (AFI) tool, which delivers reproducible, systolic, segmental and global assessments quickly and accurately. New simplified workflow with quick tips, and an adaptive ROI provide more robust and reproducible results for the non-expert, improving speed and confidence in understanding LV
Contrast Imaging
Get enhanced visualization of the LV border for wall-motion analysis and ejection fraction calculations in multi-dimensional and 4D full-volume imaging.
TT
Tissue Tracking provides easy recognition of regional and global wall left ventricular relaxation motion abnormalities.
SRI
Strain Rate Imaging evaluates ischemic heart disease and true analysis of a specific piece of the myocardium.
4D LV Volume
Using the exceptional real-time full volume image quality produced by Vivid™ 7 Dimension, the 4D LV volume tailored package from TomTec Imaging Systems can provide a full assessment of the left ventricle, free of geometric assumptions and shape, in less than a minute. These valuable clinical tools ar available on both Vivid 7 Dimension and EchoPAC.
Shared Services Imaging
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From cardiac, to vascular and pediatric exams, Vivid 7 is versatile enough to share. Its innovative processing techniques and diverse application tools ensure excellent image quality and enhance diagnostic confidence throughout a broad range of studies.
- Multiple-angle compound imaging enhances border definition,reduces acoustic artifact and improves contrast resolution, now available in color flow mode, providing consistent image quality for both the 2D and color image.
- Blood Flow Imaging (BFI) gives a better understandingand delineation of directional blood flow in vessels.
- IMT measuring technology dramatically reduces the time ittakes to measure the carotid artery's intima-media thickness.
- TEE transducers address perioperative needs for adult and pediatric monitoring.
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More Vivid 7 Technologies
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The Vivid 7 Dimension helps clinicians to accurately assess cardiac anatomy and LV function with raw data image quality, high frame rates, Coded Octave Harmonics optimized with contrast imaging, and advanced technology that have been setting the pace in echocardiography since the introduction of the very first Vivid system.
At the core of the Vivid family of cardiovascular ultrasound systems is GE’s legendary TruScan imaging platform.With TruScan, the ultrasound data is digitally acquired and stored in a raw state to preserve the integrity of the data. The resulting pristine images can then be viewed, measured, optimized and analyzed from the system or workstation at any time, without losing any of the original image quality
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