Robotic surgery support system integrates directly into your operating room workflow, providing real-time visual guidance during the most complex procedures.The ARIETTA Precision system represents the next generation of robotic surgery support, designed to offer surgeons unparalleled clarity during complex procedures. Built on Fujifilm Healthcare’s legacy of imaging excellence, this system integrates seamlessly into the operating room environment, providing the critical visual data needed to navigate delicate anatomy with confidence. By enhancing visualization and simplifying workflow, the ARIETTA Precision empowers surgical teams to focus entirely on patient outcomes.

Overview Arietta Precision:

It moves effortlessly between rooms, offering the flexibility required for dynamic hospital schedules. The interface is built for immediate understanding, reducing the learning curve and minimizing setup time during critical procedures. By prioritizing usability and mobility, the ARIETTA Precision supports surgical teams in maintaining peak performance throughout heavy caseloads.

Exceptional Image Quality: Delivers high-definition, real-time imaging that allows for precise tissue differentiation, ensuring surgeons can identify critical structures with absolute clarity.
Advanced Guidance: Provides sophisticated navigation support during the most challenging steps of surgery, reducing uncertainty and aiding in rapid, accurate decision-making.
Unwavering Reliability: Engineered for consistent performance in high-stakes environments, minimizing downtime and ensuring the system is ready whenever the patient needs it.
Intuitive Operation: Features a user-friendly interface that integrates cutting-edge technology without adding complexity, allowing the surgical team to operate efficiently and effectively.

Advanced Technology Design:

Fujifilm's ARIETTA Precision delivers real-time imaging clarity exactly when robotic surgeons need it most. Built on years of collaboration with surgical experts, this ultrasound system integrates seamlessly into the Operating Room environment, providing the visual guidance that transforms complex procedures into confident decisions. When milliseconds matter and precision is non-negotiable, ARIETTA Precision ensures you have the critical anatomical information at your fingertips to navigate with certainty.

Tailored for the Operating Room: Built specifically to meet the ergonomic and workflow requirements of the surgical suite, this system fits naturally into the robotic environment without disrupting the surgical team.
Precision Navigation: Offers superior imaging capabilities that allow surgeons to navigate intricate anatomy confidently, reducing uncertainty during delicate maneuvers inside the body.
Real-Time Decision Support: Delivers immediate, high-fidelity visual information, empowering the surgical team to make critical, on-the-spot decisions that positively impact patient outcomes.
Expert-Led Design: Developed through continuous feedback from practicing robotic surgeons, ensuring the functionality addresses the specific, real-world challenges faced during complex procedures.

Advanced probes:

Optimized Robotic Integration: The system is built to support the unique workflow of robotic procedures. It provides Picture-in-Picture (PiP) display capabilities, allowing surgeons to view live ultrasound images directly on the robotic console without looking away from the surgical field.
Advanced Drop-In Probes: Featuring unique, specialized transducers, the ARIETTA 650 DI offers exceptional maneuverability. These probes are designed to be grasped and manipulated by robotic instruments, ensuring optimal contact and viewing angles even in deep or difficult-to-reach anatomical spaces.
High-Definition Visualization: Utilizing cutting-edge signal processing, the system delivers crystal-clear images that clearly define tissue boundaries and vascular structures. This enhanced resolution is vital for precise tasks such as identifying tumor margins during partial nephrectomies or liver resections.
Streamlined Surgical Efficiency: By providing high-quality imaging directly at the point of care, the system reduces the need to exchange instruments or rely on external imaging support, helping to maintain the flow of the procedure and potentially reducing overall operating time.

Robotic Surgery Probes:

Designed by Surgeons, For Surgeons: Engineered with direct input from the operating room, ensuring that every ergonomic detail and interface element integrates seamlessly into existing surgical workflows.
Advanced Probe Versatility: A unique suite of specialized probes ensures compatibility with a rapidly expanding list of robotic procedures, allowing for tailored imaging regardless of the surgical target.
Real-Time Ultrasound Guidance: Delivers immediate, high-resolution internal imaging, allowing for precise tumor localization and vascular identification without the need to rely solely on pre-operative scans.
Expanded Procedural Capability: Empowers surgical teams to tackle more challenging cases by providing the necessary visual data to proceed safely and effectively in complex robotic interventions.

L43K

Robotic Transducer

Linear
12 – 2 MHz
26 mm Width

L51K

GEN III: Robotic Transducer

Linear
15 – 3 MHz
13 mm Widt

System Features:

Built for surgical teams managing demanding caseloads, this system delivers advanced precision while streamlining your workflow from setup to completion. Its compact design maximizes valuable OR space, while the intuitive interface reduces training time and minimizes procedural delays. Every element has been refined to support faster case turnover and consistent surgical outcomes, allowing your team to focus on what matters most: exceptional patient care.

Optimized for Efficiency: The intuitive user interface simplifies operation, significantly reducing the time spent adjusting settings so surgeons can maintain focus on the procedure.
Space-Saving Design: A compact footprint ensures the system fits easily into tight operating rooms without obstructing the surgical team or other critical equipment.
Enhanced Portability: Lightweight and easy to maneuver, the unit can be quickly transported between suites, maximizing equipment utilization across the department.
Workflow Integration: Specifically engineered to handle increasing surgical workloads, the system minimizes downtime and accelerates room turnover.

Fujifilm Ultrasound Robotic Surgery Arietta Precision