Xario XG's new Precision Imaging technology enables you to acquire ultrasonic images of unprecedented clarity and resolution and thus lets you see more detail than with any other system.

ApliPure™ real-time compounding delivers ultrasonic images of outstanding clarity and detail in all modes, while preserving clinically signifcant markers. ApliPure+ further enhances image smoothness and detail delineation to an unrivalled level. Both techniques can be combined with other imaging modes, such as color or spectral Doppler for even greater uniformity within the application.

Differential Tissue Harmonic technology provides images of unsurpassed spatial resolution and contrast, along with greatly increased penetration.

Advanced Dynamic Flow™ adds superior spatial resolution to color Doppler imaging to reveal minute vasculature and complex fow patterns, such as around plaques, with unprecedented accuracy and detail.

With SmartFocus Toshiba is the first to introduce genuine 4D technology to conventional 2D imaging transducers. A significantly fner and more uniform ultrasonic beam in all three dimensions results in superb image quality from the very near to the far field.

Xario XG’s transducers deliver superb image quality and respond with outstanding flexibility to a wide range of applications.

Xario XG’s full-featured 3D/4D imaging package extends your diagnostic capabilities into the next dimension of imaging and intervention by providing accurate renderings and arbitrary volume cuts in real time or offine.

Trapezoid Imaging extends the field of view of transducers to provide a better overview of the region of interest in both greyscale and color Doppler modes.

Panoramic View helps you create wide-view images for improved visualization of widespread regions and anatomical relationships.

Low MI Pulse Subtraction™ provides real-time contrast imaging with outstanding sensitivity in an easy-to-use package for daily practice. MicroFlow Imaging traces small bubble populations resulting in contrast images of stunning resolution and detail.