Cardiovascular
Applications and high-end research, from the heart
Hitachi's strong, long track-
Besides the high resolution 2D image quality, Hitachi's platforms feature colour Doppler, colour tissue Doppler, steerable CW, PW Doppler, and Dual Gate PW Doppler. Optional features such as a fully-
Sophisticated, multi-
Hitachi provides a large range of linear array transducers, covering all aspects of vascular ultrasound.
HI VISION Ascendus - A first class ultrasound platform with uncompromised image quality
HI VISION Preirus - A compact premium ultrasound platform that adapts to your environment
HI VISION Avius® - A high performance ultrasound platform inspired by experience
EUB-7500 HV - Compact, high-end ultrasound - raising diagnostic standards
EUB-7000 HV - Compact and versatile quality platform
EUB-5500 HV - High quality, with unique clinical versatility
- Tissue Doppler Imaging (TDI)
TDI procedures provide high resolution images of detected disturbances in cardiac wall motion. The colour visualisation provides quantitative dynamic views of the myocardium. The spectral tissue Doppler allows quantitative analysis of regional wall motion. - Stress Echocardiography
The fully integrated stress echocardiography module enables advanced cardiac imaging, with greater flexibility. Examination protocols are simple to programme, ensuring ease of use. The extensive display charts, providing accurate analysis and comprehensive visualisation of results. - Dynamic Contrast Harmonic Imaging (dCHI)
The dCHI module enables the efficient and straightforward application of contrast agents. This offers protocols for examinations requiring high and low MI and new clinical functions for next-generation contrast media examinations. - Tissue Tracking and Colour Tissue Tracking
The 8-point or 64-parallel-point tissue tracking, combined with high frame rate imaging, enables accurate documentation and evaluation of myocardial timing and function. - Dual Gate Doppler
Simultaneous real-time PW/PW, PW/TDI, TDI/TDI enables the documentation and evaluation of cardiac inflow, tissue contractility and relaxation events, during the cardiac cycle. - Automatic Intima Media Measurement.
Automatically measures the IMT, averaged over a large distance, providing risk management for CAD.




