This performance touches all aspects of acoustic acquisition and processing, allowing you to truly experience the evolution to a more definitive modality.
The Philips proprietary nSIGHT Imaging architecture introduces a totally new approach to forming ultrasound images without compromise. Unlike conventional systems that form the image line by line, nSIGHT creates images with optimal resolution down to the pixel level.
Proprietary nSIGHT Imaging incorporates the use of a new precision beamformer along with powerful massive parallel processing. This extraordinary architecture captures an enormous amount of acoustic data and then reconstructs optimally focused beams, creating precise resolution.
The Philips proprietary nSIGHT Imaging architecture introduces a totally new approach to forming ultrasound images without compromise. Unlike conventional systems that form the image line by line, nSIGHT creates images with optimal resolution down to the pixel level.
EPIQ 7 is uniquely designed to support both strain and shear wave methods of elastography. Highly sensitive strain imaging requires no external compression and can be used to assess relative tissue stiffness across a variety of applications. Shear wave elastography utilizes unique pulsing schemes to generate and measure the propagation speed of shear waves through tissue. This technique produces an absolute measure of tissue stiffness that has proven helpful in assessing diseases such as liver fibrosis.
No other premium ultrasound system can run the complete suite of the world’s most innovative ultrasound transducers. With the touch of a button xMATRIX offers all modes in a single transducer: 2D, M-Mode,color Doppler, Doppler, iRotate, Live xPlane, Live 3D, Live 3D Zoom, Live 3D Full Volume.
Philips TrueVue, with its virtual light source, is a proprietary advanced 3D ultrasound display method that delivers amazing lifelike 3D ultrasound image and gives the operator the ability to move the light source anywhere in the 3D volume. The flexibility of the light source allows the user to manipulate light and shadow on anatomical structures to enhance clinical confidence and may foster maternal-fetal bonding.
Technology: Broadband, Unique acoustic lens for imaging at transducer surface
Number of elements: 128
Frequency range: 15-7 MHz
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