Radiology Empower your Ultrasound:

Modern radiology demands precision, speed, and clarity in every scan. The ARIETTA 750DI delivers exactly that, combining Fujifilm's premium acquisition techniques with an advanced Variable Beamformer inherited from top-tier platforms. Designed specifically for radiologists who require exceptional diagnostic performance, this system enhances your ability to detect and diagnose with confidence across a wide range of applications. From abdominal imaging to vascular studies, the ARIETTA 750DI provides the image quality and workflow efficiency you need to elevate patient care.

Overview:

Clinicians can expect exceptional image clarity, even when examining patients with difficult body habitus. The system's DeepInsight technology processes massive amounts of acoustic data to distinguish valid signals from noise, resulting in images that are sharp, detailed, and easier to interpret. Beyond image quality, the ARIETTA 750 DI focuses on operational efficiency. Automated tools handle routine adjustments and measurements, allowing sonographers to focus more on the patient and less on manual system optimization.

ARIETTA 750 DI General Imaging:

DeepInsight Cognitive Technology: Utilizing AI-based technology, the system distinguishes between tissue signal and noise to provide high-quality imaging with improved clarity, particularly at depth.
Variable Beamformer: This advanced processing architecture enhances resolution and reduces artifacts, ensuring consistent image quality across various clinical applications.
Automated Workflow Efficiency: Protocol-based operations and automated image analysis tools accelerate scanning procedures by performing routine tasks automatically, reducing exam times and operator fatigue.
Enhanced Visualization: The system is engineered to visualize structures clearly even in challenging patient cases, providing confidence in diagnosis regardless of body type.
Versatile Probe Support: Compatible with a wide selection of transducers, the ARIETTA 750 DI supports a broad range of diagnostic scanning needs and therapeutic guidance procedures.

DeepInsight Technologies:

Superior Clarity for High-BMI Patients: Traditional imaging often struggles with penetration and clarity in patients with higher body mass indexes. DeepInsight maintains high resolution and consistent performance across diverse body types, ensuring diagnostic confidence for every patient.
Intelligent Noise Elimination: Utilizing cognitive recognition technology, the system identifies and preserves structural information while suppressing acoustic noise and artifacts caused by heterogeneous focusing. This reveals subtle tissue details that might otherwise be missed.
Enhanced Diagnostic Confidence: By delivering a more natural representation of tissue structures, radiologists can interpret scans with greater certainty. The removal of obscuring data allows for a clearer view of fine anatomical details.
Workflow Efficiency and Reproducibility: DeepInsight improves scanning efficiency by reducing the need for manual image optimization. The technology ensures consistent, reproducible results, minimizing user variability and streamlining the examination process for faster throughput. Additionally, it allows for the creation of standardized templates that can be used across multiple imaging modalities and patient populations, increasing efficiency and reducing the potential for errors.
Patient Comfort: With shorter examination times and reduced need for re-scans due to suboptimal image quality, DeepInsight technology can improve patient comfort during imaging procedures. The clearer images also allow for more accurate diagnoses and treatment plans, reducing the need for additional scans or invasive procedures. This ultimately leads to a more positive experience for patients.

Advanced and unique probes:

Advanced Probe Technology: Equipped with a unique and advanced probe design, the system delivers superior sensitivity and resolution. This allows for detailed visualization of anatomical structures, ensuring that even subtle pathologies are detected with clarity and precision.
Versatile Imaging Solutions: As a comprehensive tool for general imaging, the ARIETTA 750 DI adapts seamlessly to diverse clinical needs. From routine abdominal scans to complex vascular assessments, it provides consistent reliability across various medical disciplines.
Ergonomic Operator Experience: The system is engineered to minimize physical strain on sonographers. Its intuitive layout and adjustable components allow for a seamless workflow, reducing the time required for adjustments and enabling a focus on image acquisition.
Patient-Centric Design: Recognizing the importance of the patient experience, the machine operates quietly and efficiently. This creates a calm atmosphere that helps alleviate patient anxiety during procedures, leading to better compliance and smoother examinations.

Transducers:

Equipped with an extensive range of advanced transducers, this ultrasound system adapts seamlessly to diverse patient needs, from routine screenings to complex diagnostic procedures. Each probe is engineered with cutting-edge technology to capture detailed images across various anatomical regions, enabling clinicians to make confident, informed decisions. The ARIETTA 750 DI's versatile probe selection ensures comprehensive coverage for an expanding patient population, supporting more accurate diagnoses and improved patient outcomes.

S11

Single Crystal Adult Transducer

Array Type: Phased
Frequency Range: 5 – 1 MHz
Scan Angle: 90° FOV

S31

Abdomen, Cardiology, Pediatric Transducer

Array Type: Phased
Frequency Range: 9 – 2 MHz
Scan Angle: 90° FOV

S42

Neonatal Transducer

Array Type: Phased
Frequency Range: 14 – 3 MHz
Scan Angle: 100° FOV

S3ESEL

Adult TEE

Frequency Range: 8 – 2 MHz
Scan Angle: 100° FOV
Diameter: 15.5mm

L441

Vascular Transducer

Array Type: Linear
Frequency Range: 12 – 2 MHz
Scan Width: 38 mm Width

L64

Breast, Small Parts, Thyroid Transducer

Array Type: Linear
Frequency Range: 18 – 5 MHz
Scan Width: 38 mm Width

L34

Vascular Transducer

Array Type: Linear
Frequency Range: 7 – 3 MHz
Scan Width: 38 mm Width

L55

Breast, Small Parts, Thyroid Transducer

Array Type: Linear
Frequency Range: 13 – 5 MHz
Scan Width: 50 mm Width

L53K

Hockey-Stick Transducer

Array Type: Linear
Frequency Range: 15 – 3 MHz
Scan Width: 25 mm

C252

Single Crystal Abdomen Transducer

Array Type: Convex
Frequency Range: 6 – 1 MHz
Scan Width: 50 mm Radius
Scan Angle: 70° FOV

C35

Abdomen Transducer

Array Type: Convex
Frequency Range: 8 – 2 MHz
Scan Width: 50 mm Radius
Scan Angle: 70° FOV

C421

Abdomen Transducer

Array Type: Convex
Frequency Range: 12 – 3 MHz
Scan Width: 21 mm Radius
Scan Angle: 85° FOV

C23

Abdomen Transducer

Array Type: Convex
Frequency Range: 8 – 2 MHz
Scan Width: 50 mm Radius
Scan Angle: 70° FOV

VC35

3D/4D Abdomen, Obstetrics Transducer

Array Type: Convex
Frequency Range: 8 – 2 MHz
Scan Width: 46 mm Radius
Scan Angle: 72° FOV

C41V1

Transvaginal Transducer

Array Type: Convex
Frequency Range: 10 – 2 MHz
Scan Width: 10 mm Radius
Scan Angle: 200° FOV

VC41V

3D/4D Transvaginal Transducer

Array Type: Convex
Frequency Range: 8 – 2 MHz
Scan Width: 10 mm Radius
Scan Angle: 145° FOV

C41V

Transrectal Biopsy & Guidance Transducer

Array Type: Convex
Frequency Range: 8 – 4 MHz
Scan Width: 10 mm Radius
Scan Angle: 200° FOV

CC41R2

Side-Fire Bi-Plane Prostate Transducer

Sagittal: 10 – 2 MHz | 200° FOV (9 mmR)
Axial: 10 – 2 MHz | 200° FOV (9 mmR)
Simultaneous display
Wide scanning

CL4416R1

Bi-Plane Transperineal Transducer

Convex: 10 – 2 MHz | 200° FOV (9 mmR)
Linear: 14 – 2 MHz | 63 mm
Simultaneous bi-plane imaging
Dual display format
Trapezoidal display

MXS1

3D TTE

Frequency Range: 5 – 1 MHz
Scan Angle: 90° FOV

S3ESCLS

Pediatric TEE Transducer

Frequency Range: 8 – 2 MHz
Scan Angle: 90° FOV
Insertion Diameter: 7.2 mm

Imaging Features:

Detective Flow Imaging (DFI)

DFI is an imaging technology for visualization of low-velocity blood

Realtime Tissue Elastography (RTE)

RTE provides a quick, high-resolution depiction of tissue stiffness. Acquisition

Carving Imaging

By performing a realtime analysis and refinement of the raw

Contrast Harmonic Imaging (CHI)

CHI offers uniform enhancement from near to far field using

Dual Gate Doppler

Enables observation of PW Doppler and TDI waveforms from two

Wide FOVs

The 750DI enables general abdominal scans with up to a

System Features:

Optimized Workflow Efficiency: The intuitive user interface is built to minimize repetitive steps and reduce keystrokes. This allows for faster examinations and quicker patient turnover without compromising diagnostic confidence.
Superior Portability: Featuring a compact footprint, the system moves effortlessly between exam rooms. It navigates tight spaces with ease, making it an ideal choice for facilities where floor space is at a premium.
Intuitive Operation: Designed for simplicity, the controls allow users to navigate settings instinctively. This streamlined usability reduces the learning curve for staff and enables immediate, effective integration into daily practice.
Reliable Performance Under Pressure: Engineered specifically for the increasing workloads of busy cardiology offices, the system maintains high performance levels throughout demanding schedules, supporting consistent patient throughput.

Ergonomics

Swiveling, height-adjustable control panel drops to 40” from the floor to facilitate lower extremity exams. Monitor mounted on a separately articulating arm for wide range of motion.

Efficient Workflow

Utilize the pre-set configurations, easy transducer selection, and automated image optimization, all with the touch of just a few buttons.

Protocol Assistant

Provides customizable automation to assist users by performing routine steps such as annotation and mode changes.

OLED Monitor

The 750DI has a 22 inch Organic Light-Emitting Diode (OLED) monitor on a wide-ranging articulating arm. While traditional LED and LCD monitors use a backlight to light up the pixels on the screen, this nature of this backlight means that small portion its light leaks through pixels that should be black. In an OLED, the pixels themselves generate the light so the blacks look closer to true black, improving contrast resolution.

This monitor features a wide dynamic range of color improves the display of doppler techniques. It also does not suffer from the angle dependency that other monitors do.

Clinical Breast Imaging:

Intestinal Imaging:

Renal Imaging:

Pancreas Imaging:

Fujifilm Ultrasound Arietta 750DI General Imaging