LOGIQ 9, GE’s premium ultrasound system, enables you to comfortably acquire and construct volumetric images in real time, then interrogate the images in any plane to explore the smallest details with stunning clarity. With a new adjustable flat monitor and floating keyboard, you’ll instantly see SonoErgonomics is built right in.
In LOGIQ 9, GE has developed advanced technology that gives you improved resolution and stunning image quality, leading to enhanced diagnostic capabilities that help you get more clinical information than ever before.
Volume Ultrasound
With the LOGIQ 9, you can acquire and construct volumetric images real-time with 4D transducers. And, our leading-edge 2D technology gives you the capability to reconstruct volumes from cine loops and manipulate data to view sagittal, transverse or coronal, as well as oblique planes – seeing anatomical relationships never before visualized.
Our latest volume enhancements Deliver More:
- Volume Calculation (VOCAL) automatically calculates volumes based on trackball tracing of the region of interest for evaluating irregular structures.
- Inversion Mode makes it easier to visualize volumes compared to conventional ultrasound techniques by automatically providing surface renderings of hypoechoic structures, beneficial for the evaluation of contiguous multiple cysts or irregular fluid collection.
- Volume Contrast Imaging (VCI-Static) delivers unmatched B-Mode contrast resolution and speckle suppression in each of the three cut planes, helpful in evaluating solid organs and cystic structures.
The Virtual Rescan
GE’s exclusive TruScan architecture makes the virtual rescan possible. TruScan allows raw image data to be stored early in the image chain for optimum flexibility during post processing and analysis. With access to raw image data, you are able to compensate for variations in image acquisition by virtually rescanning the patient after they have left the exam room.
With raw data, the virtual rescan allows you to:
- Optimize images acquired under difficult scanning conditions:
- Add time gain controls
- Modify B-Mode gain and dynamic range
- Achieve one-touch Automatic Optimization
- Change baseline shift, sweep speed and Doppler gain
- Take measurements; add or edit annotations
- Adjust time gain controls
- Analyze and manipulate volume data
- Construct 3D volume images from a cine loop
Fewer Speckles, More Definition
High Definition Speckle Reduction Imaging (SRI-HD) heightens your visibility through improved, high-definition contrast resolution. SRI-HD is a new adaptive, real-time software algorithm that suppresses speckle artifact while maintaining true tissue architecture.
Uncompromised Penetration and Resolution
Matrix array transducers with multiple rows of elements help you achieve uniform resolution throughout the field of view, which reduces volume averaging and improves overall image consistency in both near and far fields. GE’s matrix technology diminishes the compromises between penetration and resolution.
