A wide range of essential image adjustment parameters, tools and technology are refined and packaged as Hitachi’s Pure Symphonic Architecture, to provide the premium level of image quality for cardiac diagnosis.

Lisendo 880’s operating console is made for intuitive performance, like having the freeze button and core 5-switch close to the trackball, to streamline your workflow.

Global Longitudinal Strain

GLS, the ratio of change in LV endocardium length, can be altered significantly in patients with heart failure, while maintaining a normal Ejection Fraction (EF).

eTRACKING with Wave Intensity

eTRACKING provides early detection of atherosclerosis, vessel wall stiffness independent of blood pressure, and estimation of the vessel age from the β value.

The Wave Intensity provides an index for the timing of early systole and end systole during the rapid change of pressure and velocity.

LV eFlow

LV eFLOW is a non-invasive, high definition blood flow imaging mode that drastically improves sensitivity for the visualization of the endocardial border in the left ventricle; it is particularly useful for diagnosing technically difficult patients.

Dual Gate Doppler with R-R Navigation

Simultaneous FFT spectral analyses from two sample gates are provided by Dual Gate Doppler for effortless comparison.

In addition, R-R Navigation automatically detects appropriate heartbeats for measurement in patients with irregular heartbeats. Measurements such as the E/e’ ratio, isovolumetric contraction and relaxation times, as well as an evaluation of dyssynchrony in septal and lateral walls can be obtained from the same heartbeat.

Vector Flow Mapping

VFM can display the resultant hemodynamic effects within the LV during systole of defects captured by GLS. The energy loss display maps the energy dissipated by flow disturbance providing possible early detection of heart failure from information obtained within the heart chamber.

eFocusing, the newly developed transmission & reception technology realizes significant S/N improvement and reduces focal dependency whilst providing excellent penetration at higher frequencies.

With a one touch operation, eFocusing offers a real-time display unmodified by image processing.

Fractional Area Change

LV Volume (EF)

RA Volume

Cardiac 3D

4D MV Assessment

3DTEE

iEF

Automated calculation of Ejection Fraction from 3D volume data. The Biplane images (4ch and 2ch) are displayed with ED/ES frames selected automatically.

i2DTT

The fully automated speckle tracking function provides precise quantification of strain and strain rate for the left and right ventricles and left atrium for visualization and analysis of myocardial mechanics.