“The Leader in 3D Ultrasound” once again raises the standard of excellence with the introduction of “3D Extended Imaging” (3DXI™). This new generation of 3D imaging is breaking all the rules, providing out-standing 3D image quality without the limitations often associated with conventional ultrasound.
3D eXtended Imaging™ (3DXI™) is comprised of an innovative selection of 3D processing tools including MultiSlice View, Oblique View, Multiple Oblique View and Volume CT. Simply stated, “3DXI” allows more anatomy to be analyzed in a shorter amount of time with greater comprehension. Medison was the first company to fuse the precision and accuracy of CT (computed tomography) and MRI (magnetic resonance imaging) with ultrasound resulting in a revolutionary technology called "MultiSlice View”.
3D Extended Imaging delivers more than just a pretty face; it delivers diagnostic confidence for all your imaging needs.
Multi Slice View™ MultiSlice View displays the anatomical contents of the 3D data set in precise sequential order, similar to CT and MR improving comprehension of complex anatomy and or pathology. The number of images displayed, as well as the slice thickness is user-selectable. Images can be rotated along the “x, y and z” axes to document optimal diagnostic perspectives.
MultiSlice View fuses the diagnostic accuracy and consistency of CT and MRI with 3D ultrasound, allowing more information to be reviewed in a shorter amount of time with greater accuracy.
Oblique View™ Oblique View™ enables 3D volume data to be viewed in infinite number of scan planes with simple turn of a dial.
Placing the “Oblique View line” through the reference anatomy instantly demonstrates the corresponding cross-sectional plane from within the acquired data set. Oblique View provides an efficient method of documenting acquired anatomy in two simultaneous scan planes.
VolumeCT View™ VolumeCT View™ displays three volumetric scan planes in proper 3D perspective, either as navigable cross-sections "CROSS VIEW" or as a volumetric cube "CUBE VIEW", providing a more comprehensive understanding of anatomical spatial relationships.