ARIETTA 650 DeepInsight | Fujifilm [Uzbekistan]

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

Routine ultrasound examinations will change. Exceeding expectations in image quality and operability.

Advanced "DeepInsight" technology has been incorporated into a compact form. High quality imaging can be achieved anywhere, any time. Our goal is a “new standard” of imaging confidence in ultramobile ultrasound examinations. The ARIETTA 650 DeepInsight delivers this “new standard”.

Redefining the way we see

Fujifilm Healthcare's vision for the future of ultrasound imaging is “DeepInsight”.
Fujifilm Healthcare has integrated an array of technologies meeting the ever-increasing demands for precision in image quality, efficiency in examination and accuracy in diagnosis.
Fujifilm Healthcare believes that innovation within 5 essential elements is required to achieve optimal ultrasound imaging.
These are encompassed by "DeepInsight".

ARIETTA 650 DeepInsight Incorporates Three Imaging Technologies

DeepInsight, which is a new noise reduction technology, eFocusing LITE and Carving Imaging.
The combination of these technologies enhances the signal from the tissues and delivers higher image quality with far less examiner dependency.

DeepInsight Technology

DeepInsight technology, which utilizes AI technology*¹ for image enhancement, extracts only the necessary information from a vast amount of data, delivering clearer representations of fine and complex tissue structures that could, until now, have been masked by noise. A more natural representation of the tissue structure is achieved.

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

eFocusing LITE

The full focus function provides homogenous image quality and improves sensitivity.

Carving Imaging

Images with "Clearer Demarcation" are produced by our advanced image processing technology that enhances tissue structure. Delivering stable imaging with less patient dependency.