The Radiance System Architecture of Voluson E10, together with eM6C, the first commercially available curved matrix electronic 3D/4D probe, deliver excellent homogeneous spatial resolution with ultra-fast volume rates – a breakthrough, especially in 4D fetal echocardiography.

• Bi-Plane imaging - Provides simultaneous display of high resolution, high frame rate images in two perpendicular planes. This technology can be used in 2D and color Doppler.

  Clinical use: Spine, palate, heart, brain, limbs and procedures including amniocentesis, percutaneous umbilical cord blood sampling (PUBS), chorionic villus sampling(CVS), confirmation of perpendicular (i.e. NT, fetal heart), viewing potential obstructions during interventional procedures.

• VCI-A (Volume Contrast Imaging) – Delivers excellent contrast resolution through thick slice volume of greyscale and color Doppler images. With a 23% increase in frame rates, VCI-A can be used in standard mode*.

  Clinical use: Fetal brain sutures, extremities, spine, palate, soft tissue, heart in anyplane, as well as added contrast resolution in soft tissue, brain, heart, etc.

  * As compared to BT15

• eSTIC (Spatio-Temporal Image Correction) – enhances fetal cardiac exams with up to 75% reduction in acquisition time over traditional STIC.
  Reduced artifact from fetal movement and improved B & C plane. Acquisition time reduced from 12 s to 1.3s.

   

  Clinical use: Fetal heart, Evaluating anatomy, pathology and physiology in 3 dimensions.

• e4D SnapShot – Seamlessly and quickly capture high quality 3D or eSTIC volumes without interruption in workflow
  •SnapShotoptimizes exam time with one button access from real-time 4D to acquire high resolution images
  •With SnapShotfunction, reduce keystrokes more than 80% when moving from real-time 4D to eSTIC or 3D rendering**
  •Overall reduces acquisition time by 67%***

   

  **Comparison performed using GE’s eM6C probe and GE’s RAB6-D probe.
  ***Reduction in 3D snapshot time BT20 vs BT17.