FUJIFILM ARIETTA 850 DeepInsight x
Immerse yourself in imaging excellence with our ultrasound system.
Introducing our new premium ultrasound platform — created through the teamwork of all Fujifilm research departments. By combining expertise and advanced AI technology, we developed a powerful system that delivers clearer images and better diagnostic accuracy. It features an AI/Deep Learning assistance function and DICOM support.
Image quality
Experience exceptional ultrasound image quality powered by advanced technologies and optimized parameters for clearer, more accurate diagnosis.
General imaging
Achieve precise performance in general imaging, designed to support shared services smoothly and efficiently.
Redefining the way you see
- iATT — a cutting-edge tool for precise estimation of hepatic steatosis. By measuring the ATT (Attenuation) index, the system offers reliable insights into liver health. Advanced features exclude surface reflections and align ROI depth with WFUMB guidelines, ensuring consistent, accurate and reproducible results every time.
- Steatosis Backscatter Index (SBSI)* — a new measurement for hepatic steatosis. By combining the backscatter coefficient, its variation, and the ATT index, SBSI delivers more reliable and clinically meaningful assessments, designed to closely align with MRI-PDFF standards.
- Shear Wave Measurement (SWM) — precise tissue stiffness evaluation. By measuring shear wave velocity (Vs) and offering a reliability indicator (VsN), SWM empowers clinicians with confident, accurate insights.
- Contrast Harmonic Imaging (CHI) — with automatic eFocusing, delivers clear, uniform images and easy one-button switching of contrast modes for smooth, uninterrupted exams.
Real-time Virtual Sonography (RVS)
RVS seamlessly fuses real-time ultrasound images with CT, MRI, or other imaging modalities — allowing direct, side-by-side comparison of lesions. By combining the real-time advantages of ultrasound with the detailed information from other scans, RVS enhances diagnostic confidence and accuracy. Its automated workflow simplifies image alignment: once RVS starts, volume data is automatically imported from PACS and ultrasound images are precisely aligned with virtual images, with a helpful guidance display supporting every step.
Your applications
In women’s health, every detail matters
The platform is designed to empower clinicians with seamless integration and advanced imaging. With Data Coordination, mammography images are accessible directly on the ultrasound system, eliminating the hassle of switching devices. Real-time Tissue Elastography offers instant, color-coded insights into tissue elasticity, while automated analyses like automatic Frame Selection and Fat Region Ratio simplify evaluations. Paired with the dedicated breast ultrasound transducer, the platform sets a new standard in precision and ease.
In cardiovascular care, every beat counts
- i2DTT — seamless workflow for faster measurements. The advanced i2DTT function allows simultaneous analysis of two-, three-, and four-chamber images, helping to reduce overall measurement time.
- iDGD — automated support for cardiovascular measurements. The system automatically measures E/e’ — an important index of left ventricular diastolic function — using Dual Gate Doppler. Combined with the R-R Navigation function, it also automatically identifies heartbeats ideal for accurate measurement. Doppler Cursor Assist automatically detects the sample gate location; Automatic Measurement calculates Ejection Fraction (EF); Beat Mode automatically identifies End-Diastole (ED) and End-Systole (ES) phases; R-R Navigation automatically detects stable R-R intervals.
- iVascular — simplifying Doppler measurements. During vascular exams you can quickly set the Color ROI and cursor position with just one click.
Your ultrasound transducers
Our versatile ultrasound probes adapt to every clinical need, delivering precise performance across a wide range of applications:
- A broad range of convex transducers, including micro convex shapes, with comfortable grips, compact light-weight designs and flexible cables.
- Dedicated biopsy transducers whose unique design allows the needle to enter in the centre of the image, facilitating difficult interventional procedures.
- Linear transducers with a wide frequency bandwidth for high-quality breast imaging.
- A wide variety of transducers for an extensive range of urological imaging and procedures.
- Wideband, high-frequency linear transducers offering high-resolution vascular imaging with a light cable and ergonomic design.
- A wide range of sector transducers supporting cardiac assessment across neonatal, pediatric and adult patients — 2D transducers for precise cardiac function evaluation and 3D transducers for detailed visualization.
- Convex transducers with wide frequency bandwidth for reliable coverage from the first to the third trimester, plus a 3D mechanical convex transducer for prenatal diagnosis.
- Linear and micro convex transducers with an ergonomic easy-to-scan design for inflammatory bowel disease.
- New 25 MHz high-frequency technology delivering high image quality, especially for MSK examinations.
Your workflow
- iRecognize — automatic Body Mark / Probe Mark placement. During abdominal exams the system instantly identifies the scanning plane; press freeze and the Body Mark and Probe Mark are automatically applied.
- Auto Optimizer — continuously adjusts gain in real time to maintain clear, consistent image quality, even when the scanning plane changes.
- Protocol Assistant — enhance efficiency with pre-registered procedures. By registering examination procedures and conditions in advance, it reduces manual button operations, while the Guide View function displays reference images to improve consistency and accuracy.
Ergonomic design
Our new ultrasound platform advances care with superior safety, reliability and confidence in every diagnosis. It features a wide, high-resolution LCD monitor, a customizable large touch panel, an intuitive control panel and a cable assist hook.
*Optional. This brochure may contain descriptions of optional functions and products. Specifications and appearance may be subject to change for improvement without notice.










































