Innovative Acquisition Tools

Using Hitachi's 2^nd generation Realtime Tissue Elastography option, clinicians can quickly obtain information that was previously unattainable with ultrasound.  E-Mode acquires information about the relative stiffness of tissue and displays it using Hitachi's unique color elastogram overlay.  With the 900's advanced Strain Ratio measurement tool, additional quantification of strain data is possible by comparing the difference in stiffness between a mass and its surrounding tissue.

HdTHI's unprecedented combination of both the harmonic and sub-harmonic signal enables the use of the entire probe bandwidth.  Hitachi's Wideband Pulse Inversion technique removes the fundamental signal leaving the dual harmonic component and creating an ideal balance between resolution and penetration.

Outstanding real-time, live 3D imaging is supported by multiple features such as HI Definition Static 3D, Multi-planar Reconstruction and a surprisingly lightweight, hand contoured probe design for fatigue-free imaging.

Hitachi extends its reputation as a leader in probe design with the release of our 7-series probes.  With expanded bandwidths and improved frequency response, the 7-series probes unlock the power of the 900's advanced acquisition techniques like HdTHI.

When combined with the 900's high-speed processing hardware, HI RES+ delivers uniform speckle reduction using a real-time algorithm that assesses both a given image and its fine detail simultaneously, in a manner that mimics the human eye.

Hitachi’s unique hybrid encoding method results in markedly increased image clarity in the far field. The increased signal generated through the 900's novel dual decoding process delivers additional penetration to high frequency imaging.

The 900's true multi-angle compound imaging minimizes angle-dependent noise and speckle while reinforcing true echoes increasing contrast resolution and improving the delineation of tissue interfaces and vessel walls.