GE Healthcare
Signa* HDxt 1.5T
Optima* Edition 16.0
See More, Do More…
The next generation in High-Definition MR.
2 GE Healthcare Signa HDxt 1.5T Optima Edition
Expect More
You’ve been heard. When you want more out of your MRI scanner, GE listens. And when you demand more accuracy, more productivity, and more support, GE delivers. Built on the high definition platform you know and trust, Signa HDxt offers an MR System that allows you to see more, do more, and expect more than ever before.
Introducing Signa HDxt 1.5T with Optima Edition package,the next generation in High-Definition MR.
GE Healthcare Signa HDxt 1.5T Optima Edition 3
Engineered for high definition so you can see more.
See more with truly high-definition, anatomically optimized imaging.
Engineered for enhanced image contrast, reduced blurring, smaller field-of-view prescriptions, and reduced artifacts.
4 GE Healthcare Signa HDxt 1.5T Optima Edition
|
Signa HDxt 1.5T |
Designed for productivity |
Clinically proven to give you more |
so you can do more. |
on every exam, every day. |
Do more with consistent high-quality |
GE was the first to introduce 1.5T MR technology. |
imaging through can’t-miss applications. |
Today, we have the world’s largest installed base of 1.5T |
Designed for optimal fat suppression, |
scanners . And we’re the only MR manufacturer celebrating |
tissue characterization, and artifact |
more than a quarter of a century of upgradeability. In fact, |
reduction, every time. |
HDxt is available as a new system — as well as an upgrade |
|
to our current installed base customers. |
|
Signa HDxt 1.5T: Highly rated service. |
|
The peace of mind you’re looking for. |
|
At 1.5T, the only choice is GE. |
Built for longevity so you can expect more.
Expect more with over 25 years of proven commitment to MR system longevity. Built for upgradeability, uptime, and investment protection — GE’s Continuum* commitment allows you to expect more from your scanner.
GE Healthcare Signa HDxt 1.5T Optima Edition 5
See More
Engineered for high-definition, anatomically optimized imaging
The Signa HDxt 1.5T is engineered from end-to-end
to allow you to see more. With GE’s high-density coils, data acceleration technology, and high-definition applications optimized for each anatomical area, GE can deliver images with the enhanced contrast, clarity, and accuracy you need.
|
Anatomical Imaging |
Premium Performance |
Optimization |
Signa HDxt 1.5T starts with a foundation |
High Definition MR is more than just pulse |
of high-performance components, whose |
sequences, it is the sum total of our system. |
integration enables superior imaging |
And the best part? GE has done the |
capabilities that aim to bring you the |
tweaking for you. Every component has been |
clearest, crispest images possible. |
specifically designed to deliver more detail and |
|
more clarity, without compromise. |
6 GE Healthcare Signa HDxt 1.5T Optima Edition
The Signa HDxt MR Imaging Model
Signa HD Magnet
Engineered to deliver |
Data |
|
|
|
the highest homogeneity |
Acceleration |
High-Definition |
High-Density |
|
and stability |
||||
Techniques |
Applications |
Coils |
||
|
||||
HD Gradients |
Engineered for |
Engineered for |
Engineered to |
|
specific |
specific anatomical |
optimize the |
||
Engineered for high- |
applications |
challenges |
specific exam |
|
|
|
|
||
fidelity to produce high |
|
|
|
|
accuracy waveforms |
|
|
|
HD Reconstruction
Engineered for realtime, high-performance image generation
Premium Performance |
Anatomical Imaging Optimization |
GE Healthcare Signa HDxt 1.5T Optima Edition 7
See more in
Neuro Imaging
GE’s advancements in neuro imaging continue with the delivery of Optima Edition enhancements. In short, Signa HDxt 1.5T Optima Edition is a natural for neuro.
WEnhanced DWI E N
The enhanced DWI technique supports multiple b-values in one acquisition with flexible control of NEX for each b-value. Novel diffusion techniques “3-in-1” and “tetrahedral” allow applying gradients in multiple directions simultaneously to improve scan efficiency and signal-to-noise ratio.
SWAN
SWAN is a multi-echo 3D imaging technique that helps visualize and clearly delineate small vessels and microbleeds, as well as large vascular structures, and iron or calcium deposits in the brain. This image of the entire brain with the 0.5 x 0.6 x 2 mm voxel was acquired in 4:50 min.
BrainWave
A suite of applications for functional brain mapping. Includes a robust acquisition sequence, easy-to-administer paradigms and complete post-processing and visualization tools. BrainWave Fusion integrates an eloquent cortex map and DTI white-matter trajectories with a high-resolution 3D anatomy data set.
PROPELLER*
Correct for motion artifacts and enhance tissue contrast without compromising image resolution or prolonging scan time —and reduce susceptibility artifacts to clearly visualize small or subtle lesions. Generate consistently excellent images with less retakes, even on restless children, or patients with tremors.
8 GE Healthcare Signa HDxt 1.5T Optima Edition
W
E
N 3D ASL
3D ASL is a robust non-contrast tissue perfusion imaging technique that provides quantitative assessment of cerebral blood flow (CBF)
and color perfusion maps (bottom). The hyperintense signal in the left parietal occipital lobe on this axial T2 image (far right) correlates well with clearly depicted hyperperfusion on the 3D ASL image (right). Note excellent SNR throughout the entire anatomy.
Cube*
Cube replaces several plane-after-plane 2D acquisitions with a single 3D volume scan — providing you with T2, T2 FLAIR, or PD contrast. Easily reformat sub-millimeter isotropic volume data from a single acquisition into any plane without gaps — and with the same resolution as the original plane.
ARC is an innovative, auto-calibrating, datadriven, parallel imaging method designed to reduce scan time and streamline reconstruction with high accuracy. In addition, it enables small fields of view during prescription.
BRAVO
A 3D inversion-prepared SPGR technique, BRAVO provides high resolution T1-weighted brain images with optimized grey-white matter contrast, using GE’s innovative self-calibrating ARC parallel imaging technique. This 3D image of a patient with brain metastasis was acquired with 1 mm3 voxel.
High-Density
Head-Neck-Spine Array
Image the head, neck, and spine without changing arrays or repositioning the patient.
And, do it with high definition.
GE Healthcare Signa HDxt 1.5T Optima Edition 9
Loading...