In the high-stakes environment of neurosurgery, visibility defines the line between success and uncertainty. The ARIETTA 650 DI is engineered to provide surgeons with the immediate, high-definition clarity required for complex brain and spinal procedures. By delivering superior imaging accuracy directly in the operating room, this system bridges the gap between preoperative planning and intraoperative reality. It allows surgical teams to navigate intricate anatomy with confidence, ensuring that critical decisions are based on real-time, precise visual data rather than assumptions.

Enhanced visibility. Better outcomes:

Designed to meet the rigorous demands of modern neurosurgery, the Arietta 650 DI offers a suite of features that support clinical excellence:

Superior Ultrasound Technology: Experience high-definition imaging that delineates fine neural structures and vascularity, allowing for precise navigation during complex procedures.
Real-Time Intraoperative Imaging: Gain immediate visual feedback to assess progress and make critical decisions on the fly, ensuring the highest standard of patient safety.
Specialized Neurosurgical Tools: Utilize transducers and software applications specifically calibrated for the unique anatomical and spatial constraints of neurosurgery.
Unwavering Professional Support: Benefit from Fujifilm Healthcare’s dedication to excellence, ensuring that your equipment operates at peak performance and your staff receives the technical support they need.

Overview:

Superior Imaging Accuracy: Advanced signal processing technology produces crisp, high-resolution images that allow for the clear differentiation of tumor boundaries, vessels, and healthy tissue, vital for maximizing resection while preserving function.
Real-Time Intraoperative Insights: Unlike static preoperative scans, this system provides dynamic, live feedback during surgery, accounting for brain shift and allowing for immediate adjustments to the surgical approach.
Intuitive Functionality: The user interface is designed for efficiency, minimizing distraction and allowing the surgical team to focus entirely on the patient rather than navigating complex device settings.
Versatile Surgical Application: Optimized for both cranial and spinal cases, the system supports a wide range of specialized transducers to accommodate deep-seated lesions and superficial structures alike.

Advanced Technology:

Surgical-Grade Design: Engineered explicitly for the surgical environment, this system seamlessly integrates into your workflow, addressing the specific ergonomic and functional needs of neurosurgeons in the OR.
Enhanced Cognitive Recognition: Leverage advanced processing that assists in interpreting complex images, allowing for superior visualization of anatomical details and reducing the mental load during long procedures.
Precision Guidance: Navigate intricate neural pathways with heightened accuracy. The system provides the reliable visual feedback necessary for complex resections, reducing uncertainty during critical maneuvers.
Real-Time Decision Support: Access immediate, high-fidelity information that enables critical intraoperative decisions. This capabilities keeps the surgical team informed without the delays associated with external imaging modalities.

Advanced and unique probes:

Dedicated Neuro-Specific Probes: The system includes a range of advanced and unique probes tailored for neurosurgical applications. These specialized transducers are designed to fit into narrow craniotomy openings while maintaining superior image quality, enabling visualization of deep-seated lesions.
High-Resolution Imaging: Utilizing sophisticated beamforming technology, the ARIETTA 650 DI produces crisp, high-contrast images. This clarity assists in identifying residual tumor tissue and preserving healthy brain parenchyma during resection procedures.
Real-Time Navigation Fusion: The system supports fusion imaging capabilities, allowing surgeons to overlay ultrasound images with preoperative CT or MRI data. This feature enhances navigation accuracy and helps account for brain shift during surgery.
Contrast-Enhanced Ultrasound (CEUS): With advanced contrast imaging modes, the system aids in assessing perfusion and vascularity of lesions, providing valuable functional information that complements morphological imaging.
Ergonomic and Compact Design: The console is designed for the crowded operating theater, with a compact footprint and adjustable monitor arm that allows for optimal viewing angles without obstructing the surgical field.

Neurosurgery Probes:

Expert-Driven Engineering: Built on the "Designed by Surgeons… For Surgeons" philosophy, the system prioritizes ergonomic handling and intuitive workflows that integrate seamlessly into the sterile field without disrupting surgical rhythm.
Specialized Probe Portfolio: Access a suite of advanced and unique probes specifically calibrated for neurosurgical applications, ensuring optimal contact and image quality even in limited access areas like deep-seated tumors or minimally invasive corridors.
Comprehensive Procedural Coverage: The system supports an expanding range of neurosurgical interventions, providing the necessary versatility for everything from tumor resections and vascular malformations to spinal cord surgery.
Real-Time Navigational Support: High-resolution intraoperative imaging provides immediate feedback on residual tumor tissue and vessel location, reducing the reliance on static pre-operative scans that may no longer reflect the current anatomy.

C42K

Cranial Guidance Transducer

Convex
10 – 4 MHz | 65° FOV
21 mm Radius

L53K

Hockey-Stick Super High Frequency Linear Array Transducer

Linear
15 – 3 MHz
25 mm Width

S31KP

Burr-Hole Guidance Transducer

8 – 3 MHz | 90° FOV
12 mm Insertion | Phased

UST - 5311

Pituitary Guidance Transducer

Linear
17 – 4 MHz
10 mm Scan Width

S12BP4

Subcortial Guidance Transducer

12 – 4 MHz
11 mm Insertion Diameter | Phased
90° FOV

Imaging Features:

System Features:

Streamlined User Interface: Time is a critical resource in the operating room. The system features an intuitive control panel designed to reduce keystrokes and menu diving. This allows surgeons and technicians to optimize image settings quickly, minimizing distractions during complex procedures.
Compact and Mobile Footprint: Floor space is often limited during neurosurgical procedures due to the presence of microscopes, anesthesia carts, and other essential equipment. The ARIETTA 650 DI’s slim profile ensures it fits easily into tight spaces, while its enhanced mobility allows for rapid transport between operating rooms to accommodate fluid schedules.
Operational Simplicity: The system reduces the learning curve for staff members, ensuring that high-quality imaging is accessible without extensive troubleshooting. This ease of use promotes consistency across different shifts and users, maintaining a high standard of care regardless of who is operating the device.
Reliability for High-Volume Workloads: Built to withstand the intensity of back-to-back surgeries, the hardware is robust and reliable. It supports continuous operation throughout the day, minimizing downtime and helping hospitals maintain efficient turnover times between cases.

Visibility

Tilt, swivel, and height adjustable. Designed specifically for the OR.

Efficient Workflow

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

LCD Monitor

With a high contrast ratio and wide viewing angle, the 21.5-inch LCD monitor gives a rich representation of the display image.

Hygienic

Smooth surfaces for easy wipe-down. Compatible with commonly used disinfectants.

Mobility

Lightweight, stable and easy to move. Transports with ease from room to room.

Programmable Presets

Fully customizable presets for each user.

Fujifilm Ultrasound - Neurosurgery Arietta 650 DI