Siemens Radiology Ultra Sound Ensemble Tissue Harmonic Imaging

Siemens Radiology Ultra Sound
Ensemble Tissue Harmonic Imaging

new model

Siemens Radiology Ultra Sound Ensemble Tissue Harmonic Imaging

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Siemens Ultrasound's proprietary Ensemble™ Tissue Harmonic Imaging technology improves tissue contrast and spatial resolution in radiological applications. By processing signal information from the entire wideband harmonic spectrum, this innovation provides exceptional image clarity without the use of contrast agents. *

The technology -- which is based upon Siemens Ultrasound's powerful supercomputer, the Crescendo™ MultiDimensional Image Processor -- is expected to measurably improve ultrasound images in all patients, but especially in hard-to-image patients. Ensemble Tissue Harmonic Imaging will benefit:
  • Overweight patients;
  • Elderly patients;
  • Patients with dense muscle structure; and
  • People who are recovering from surgery or radiation therapy.

In these cases, physicians have typically ordered additional expensive diagnostic studies, or relied upon low-resolution scans, which made diagnosis more difficult. Ensemble Tissue Harmonic Imaging will enable physicians to obtain significantly better ultrasound images, and possibly reduce extraneous diagnostic tests.


Ensemble Tissue Harmonic Image.


Ensemble Tissue Harmonic Image


Ensemble Tissue Harmonic Imaging takes advantage of the five imaging frequencies available on the SONOLINE® Elegra system. This gives users the flexibility to adjust transmit frequencies to best demonstrate the area of interest. It is the only tissue harmonic imaging system that supports high-frequency imaging, for exceptional demonstration of breast lesions and superficial images.
The above information is destined for professional use in the medical and medical technology fields. Product availability is subject to, among others, local regulatory requirements.

[© Siemens Medical Systems, Inc., Ultrasound Group, 1998, 1999.]

 


Siemens Radiology Ultra Sound Ensemble Tissue Harmonic Imaging