Заказать звонок
Как к вам обращаться?
Номер телефона
Ваши пожелания по заказу и связи с вами.

Официальный дистрибьютор
медицинского оборудования в России

Hitachi

shimadzu

planmed

Заказать звонок
Как к вам обращаться?
Номер телефона
Ваши пожелания по заказу и связи с вами.

HITACHI Hi Vision Preirus

preirus big

We proudly present you the new ultrasound system HI VISION Preirus implementing new architecture and ultra-flexible design. Since introducing the first real-time ultrasound machine with digital scan converter in 1980, Hitachi has developed a rich technological expertise which now delivers the HI VISION Preirus – a new generation ultrasound platform with advanced ergonomic architectural design, the latest broadband beamforming technology and ultrahigh-speed processing capability.
Discover new dimensions in ergonomic design – increased machine flexibility means it does the twisting and turning, so you don't have to.

Features

Combining new technological achievements HI VISION allows to achieve the modern level of ultrasound diagnostics – from highest precision of everyday investigations to interventions under control of ultrasound system.

HI VISION Preirus platform architecture was designed to fit new generation's needs.

Broadband beam forming and ultra-fast image processing technologies were developed specially for this device; these technologies allow to shorten the time of the acquisition and set a precise diagnosis.

The unique design of the HI VISION Preirus platform allows precise adjustment to facilitate the performance of any examination by any operator.

Benefits

Advanced Imaging Technology Hi Vision

Ultrahigh-speed image processing on the HI VISION Preirus platform enhances the performance of established image quality improvement technologies such as HI Rez+ (tissue adaptive filtering), HdTHI (High definition dynamic Tissue Harmonic Imaging), HI Com (frequency and spatial compounding ), and Coded Imaging. Flexible pitch scanning using a new proprietary ASIC gives the operator more control over frame rate and line density resulting in faster frame rates and maintained high quality B-mode imaging even in Colour Doppler and Elastography (HI-RTE) modes.

Adaptive technologies guarantee reliable diagnosis

The art of effective imaging – customised scanning parameters combined with high speed image processing for improved diagnostic confidence. Proven innovative technologies confer superior penetration, temporal, spatial and contrast resolution giving high quality images for every patient every time.

Patient Scanning Selector (PSS)

Detailed adjustment of all imaging parameters is essential to optimise diagnostic capability for each anatomical area and for each individual patient. The Patient Scanning Selector (PSS) gives flexibility within a chosen clinical application to customise, save and later recall examination specific combinations of imaging parameters at the touch of a button.

Patient Dependent Correction (PDC)

The HI VISION Preirus platform recognises that patients are not all the same – Patient Dependent Correction (PDC) allows you to make adjustments to the assumed speed of sound in soft tissue for every individual, resulting in improved spatial and contrast resolution to give high quality images in all patients all of the time.

Ergonomic Design

The unique design of the HI VISION Preirus platform allows precise adjustment to facilitate the performance of any examination by any operator. With its super slim-line footprint, and operator console with large digital LCD viewing monitor moving together in a rotational arc, positioning at the bedside can be optimised to make diagnosis a more comfortable experience for you and your patient.

Second Generation Graphical User Interface with Smart Touch Technology

By integrating the system's operator controls on a 19” digital LCD monitor using a series of Touch Panel keys and Smart Tab menus, the HI VISION Preirus allows intuitive scan parameter adjustment without having to reduce concentration on the diagnostic image. A thumbnail image gallery displays current and stored images for easy comparison. Opening of menus and toolbars, including access to a user manual, is controlled by the operator leaving a full-screen, uncluttered image display for maximum diagnostic capability.

Office 202, Kotsubinskogo st., 4, Moscow, 121351, Russia

Copyright © 2002-2017 Image Processing Systems