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ARIETTA 850 DeepInsight x - Image Quality

With time-tested technologies developed since the launch of the world's first ultrasound system, ARIETTA 850 DeepInsight x delivers high-clarity imaging and supports the examination confidence.

The content on this page is intended to healthcare professionals and equivalents.

Provide images with “clear visibility” envisioned when applying the transducer.

In addition to enhancing spatial and contrast resolution, ARIETTA 850 DeepInsight x has been developed with advanced imaging technologies to deliver consistently clear image across the entire screen.​

DeepInsight Technology
Achieve high image visibility through rich gradation expression

High visibility is achieved in the observation area. DeepInsight Technology, developed using AI technology*1 for image processing, has evolved to distinguish electrical noises and extract more tissue information enabling the display of images with rich gradation.​

Uniform image extraction across the entire screen

High-resolution images with uniform quality across the entire display -including the edges- help reduce the risk of missing information during wide-area observations. eFocusing PLUS enhances tissue depiction through improved transmission beam design and the evolved receiving technology.

Focused at all depths

Emphasize the tissue structure keeping the tissue expression and texture

Tissue structures, such as vessel walls, are clearly depicted while preserving the texture and expression of surrounding tissues. Enhancement technology effectively extracts structural details.

Detective Flow Imaging (DFI)
Balance the flow sensitivity and the suppression of body motion noise

Detective Flow Imaging (DFI), a microvascular flow imaging technology, works with Wall Motion Reduction PLUS to selectively suppress body motion noise, enabling high-sensitivity and high-visibility imaging. By analyzing signal intensity variations, noise reduction is dynamically applied based on the motion level of each body part.

DFI

Judge the scattering of signal intensity to reduce noise

  • *1 The technology was developed and designed using machine learning, one of AI technologies. The performance and accuracy of the system do not automatically change after implementation.