Ultrasound : HI VISION PREIRUS

The platform architecture of the HI VISION Preirus has been designed to meet the needs of the next generation.

Incorporating the latest broadband beamforming technology combined with ultra high speed image processing it delivers state-of-the-art ultrasound capability to give you improved examination value - patients and professionals benefit from enhanced diagnostic confidence and increased therapeutic potential.

The unique ergonomic design gives maximum comfort in diagnosis whether you are standing or sitting, performing a routine examination or complex interventional procedure. A Smart Touch graphic user interface integrates the system's operator controls on the LCD for intuitive scan parameter adjustment without having to reduce your concentration on the diagnostic image. The PSS (Patient Specific Selector) allows you to customise and save for later recall, optimised application and patient specific scan parameters for high quality images for every patient, every time.

Advanced Imaging Technologies achieve new levels of performance with the HI VISION Preirus platform. The ultra high speed image processing enhances the performance of established image quality improvement technologies, such as HI VISION Imaging and Coded Imaging. Increased levels of diagnostic confidence and new potential are gained from Hitachi's advanced imaging modalities: Fine Flow, a new Doppler modality that displays flow at high frame rates with a spatial resolution normally reserved for B-mode imaging; Hitachi Real-time Tissue Elastography (HI-RTE); Hitachi Real-time Virtual Sonography (HI RVS); and dynamic Contrast Harmonic Imaging (dCHI).

A new system of Patient Data Management uses intelligent software solutions and universal connectivity for entering, storing, sorting and accessing patient records quickly and easily to maximise patient throughput whilst minimising operator effort.

Further, compatibility is maintained with the diverse range of Hitachi transducers whilst introducing the improved stability and energy efficiency from single crystal technology.