Luna Overview Brochure

Luna Clinical Images

Luna Clinical Images

Luna Clinical Images

Customize the full-touch
screen display
Full-touch
Screen display
Optimized workflow is always at your fingertips, even while you are wearing gloves. Easily customize the Luna family interface to suit your unique needs. If you don’t like the size and the location of the buttons on your customize touch screen change them. If you want to remove some buttons on your touch screen minimize them. The color of performance buttons can be changed. You can make your profile according to your personal manner performance and how you act during the scan. It can be saved and recalled whenever you want, just by one touch as well, and, finally you can design your favorite touch panel screen. Touch it and enjoy your superb image quality.
State-of-the-Art Ultrasound
Technologies from SIMUT
User defined The system structure makes it possible to change the scanning and visualization parameters for five different users. You can change the settings for the current user by calling the settings interface with the “Settings" part.
Fast boot up Luna family is designed as which can be turned off quickly and restarted for scanning in a matter of seconds.
Hibernate Mode Hibernate mode is very similar to sleep, but instead of saving your open documents and running applications in your RAM, it saves them in your hard disk. This allows your system to turn off entirely, which means once your system is in Hibernate mode, it uses zero power. Use hibernation when you know that you won't use your system for an extended period.
Techniques Digital wide-band multi frequency scanning
Multi Angle compound imaging
Second harmonic (2H)
Inverse harmonic (InvH)
Availability of improving image filters
Automatic optimization of echo images
B-mode (2B, 4B)
M-mode: M-anatomic mode
Color M-mode
Tissue Doppler M-mode
Color mapping of: Blood flow velocity
Blood flow power
Tissue movement
Dynamic flow
Blood flow
velocity measurment:
PW-mode
CW-mode
Tissue movement velocity measurement: PWTD-mode
Vessel's wall stiffness measurement: Possibility of early diagnosis of atherosclerosis
Shear wave Elastography and Elastometry Quantitative estimation of tissue stiffness, including
high accuracy in determining
of the liver fibrosis stage
Compression Elastography High quality visualization of tissues with
differing stiffness and quantitative estimation
of stiffness
3D/4D-mode