5-52 Image Optimization
Parameter
Description
MagiClean
Function: Reduce the noise and keep the boundary of the image more clearly..
Selection: Off, Low, Mid, High and Max. Available only in Surface rendering mode.
Depth VR
Function: Superimpose the tint map basic on the VR image to improve the stereoscopic
sensation and the contrast of the image..
Selection: Off, Black, Cyna, Blue, Rose.
Hyaline
Function: Improve the transparency in iLive rendering mode to observe the tissue, such
as cyst.
Adjust method: Click [Hyaline] under iLive render mode, the merging ratio of two render
modes between Hyaline and iLive is 100%; or, click [Advance VR], select [Hyaline] and
adjust hyaline range.
Effection: Adjust the merging ratio of two render modes between Hyaline and iLive
Thickness
Selection: 0-30mm.
Reset Curve
Parameter
Description
Reset
Direction
To reset the volume rotation, shifting and zooming of 3D image to
original status.
Reset All
To reset the parameters, rendering rotation, VOI and image effect.
Reset Curve
To reset the curve to be the original beeline.
Render Mode
Parameter
Description
Rendering Mode
(Gray/Inversion)
Surface
Function: set 3D image rendering mode as Surface.
This is helpful for surface imaging, such as fetus face/hand or foot.
Tip: you may have to adjust the threshold to obtain a clear body
boundary.
Max
Function: set Max as 3D image rendering mode, displays the
maximum echo intensity in the observation direction.
This is helpful for viewing bony structures.
Min
Function: set Min as 3D image rendering mode. Display the
minimum echo intensity in the observation direction.
This is helpful for viewing vessels and hollow structures.
X ray
Function: set X-ray as 3D image rendering mode. Display the
average value of all gray values in the ROI.
This is used for imaging tissues with different structure inside or
tissues with tumor.
iLive
iLive brings you a better imaging experience by adding lighting
rendering effect to the traditional way. It supports global lighting
mode as well as partial scattering mode, allowing human tissue
texture to be revealed more clearly.
