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Ultrasound System Designed to Meet High Volume Demands

By MedImaging staff writers
Posted on 14 May 2008
Developed with clinicians in mind, an ergonomic, easy-to-use ultrasound system can meet the demands for high-volume use in cardiovascular, obstetrics/gynecology, anesthesiology, oncology, electrophysiology, stress echo, pediatric, orthopedic, urologic, emergency, and other applications.

Philips Healthcare (Best, The Netherlands) announced that the latest addition to its HD ultrasound family of products, the Philips HD7, has been launched in the United States. The Philips HD7 was introduced to Europe in March 2008 at the European Congress of Radiology (ECR) in Vienna, Austria. The system draws upon an array of features and capabilities available on high-end Philips systems and puts them into an affordable, mobile unit that is well suited for a wide variety of clinical settings.

The system provides grayscale and color Doppler imaging with simple one-button optimization, as well as tissue harmonic imaging. In addition, the HD7 features a wide array of transducers, an adjustable flat panel liquid crystal display (LCD) monitor, established system architecture, and advanced imaging, measurement, and quantification technologies.

"Now it no longer requires a major investment for a medical office, clinic, or small hospital to get the same kind of key capabilities, performance features, and high-definition imaging found in higher priced ultrasound systems,” said Anne LeGrand, senior vice president, Ultrasound, for Philips Healthcare.

The Philips HD7 system addresses basic scanning needs while adding new technology and design advances that help improve image quality. Similar to all Philips ultrasound systems, the HD7 has a broadband digital beamformer to capture and preserve more tissue information than conventional narrowband systems, and its wide dynamic range and digital focal tuning provide excellent sensitivity and detail resolution. Features of the system include such as iScan one-button image optimization, multiple transducer ports, Digital Imaging and Communications in Medicine (DICOM) connectivity, and easy data recording to CD or universal serial bus (USB). Furthermore, optional off-line QLAB quantification software capability allows clinicians to perform post-examination image review and analysis on a personal computer (PC). Added enhancing the system's usability is a Study Guide on disk that quickly equips clinicians to use the advanced features of the HD7.

"Customers on a modest budget have told us they appreciate high-end image quality, but it is reliability that is key for them as they do not have the technical support network of larger institutions,” said Ms. LeGrand. "That is why we have taken our proven system architecture and software and migrated it to a system designed around their needs and price point.”

The HD family of performance systems now includes the small, utilitarian HD3, the new HD7, and the feature-rich HD11.


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