Vision to Go beyond expectations:

Navigating busy hospital corridors and crowded patient rooms requires equipment that moves with you, not against you. The FDR Go PLUS is designed to be one of the smallest, quietest, and most agile full-size portable X-ray systems available. Its compact frame and retractable column allow for smooth maneuvering through tight spaces, ensuring you can reach patients quickly and efficiently without disruption.

This system combines sophisticated technology with simple, intuitive operation, allowing radiographers to focus on patient care rather than complex controls. Fujifilm’s trademark image quality and dose performance provide the clinical confidence needed for critical bedside exams, optimizing your daily workflow while prioritizing patient comfort.

Agile & Fully Portable:

Compact & Retractable Design: The retractable column and ultra-compact footprint make it easy to see over the system while driving and fit into tight spaces, such as crowded ICUs or EDs.
Silent Operation: Engineered to be whisper-quiet, the system minimizes noise to reduce patient disturbance, particularly important in neonatal or critical care settings.
Exceptional Image Quality: Leveraging Fujifilm’s advanced imaging technologies, the FDR Go PLUS delivers high-resolution images with low dose performance, ensuring accurate diagnostics.
Optimized Workflow: The intuitive interface and smooth maneuverability help streamline exams, allowing for faster patient throughput and improved efficiency for your department.

Safety-First Technologies Designed:

Touch-Sensing Bumper: To navigate crowded spaces effectively, the system features a responsive bumper that immediately halts movement and sounds an alarm if an obstacle is detected, preventing collisions before they happen.
Quick Release Brake: Maintain complete control at all times. The braking system engages automatically the moment the grip handle is released, ensuring the unit stops instantly and stays stationary when not in active transit.
Dedicated Safety Mode: For maneuvering in confined spaces or during training sessions, a specialized safety mode restricts the system to a slower travel speed, providing enhanced precision and reducing risk in sensitive environments.

Features:

Unobstructed Maneuverability: Travel safely with a retractable column and low park position that maximizes forward visibility. The compact tube head makes the system agile enough to handle tight turns and busy wards.
Intelligent Image Processing: The extra-large touchscreen display utilizes Dynamic Visualization™ to automatically optimize images, ensuring high diagnostic visibility immediately after exposure.
Patient-Centric Technology: The optional Virtual Grid™ image processing simulates grid use without the physical hardware. This innovation improves patient comfort and allows for exams with up to 50% lower dose compared to traditional grid exams.
Precise Bedside Control: Make minute adjustments effortlessly with inching controls located on the tube head. These allow you to slowly move the system forward or backward for exact positioning without returning to the main drive handle.
Streamlined Workflow: System status indicators on the monitor and tube arm provide instant visual confirmation of charge and exposure status. Browser-based RIS and PACS shortcuts allow you to close studies remotely from the mobile console.
Organized and Clean: Extensive storage areas accommodate large and small items, including a covered compartment for security. The design features open slots that are accessible and easy to sanitize.
Reliable Performance: The system battery supports 3-4 hours of operation and includes an emergency reserve mode, ensuring you have the power for additional exposures and travel even after a low-battery warning.
Versatile Compatibility: Works seamlessly with FDR D-EVO III and II detectors, which feature antibacterial coatings and come in various sizes—including a 24x30cm option ideal for neonatal use.
Pediatric Options: Available with friendly graphics to help alleviate anxiety for patients and parents in NICU, PICU, and pediatric departments.

FDR Go PLUS’s Onboard Technology:

At the heart of the system is the intelligent onboard technologist console, powered by Dynamic Visualization™ image processing. This advanced software automatically identifies the region of interest within the frame and applies the optimal processing parameters across the entire exposure field. The result is consistently exceptional imagery featuring higher detail and contrast levels. This automated optimization provides improved window and leveling capabilities for diagnosis in PACS, allowing radiologists to interpret scans with greater speed and accuracy.

High-Definition Imaging with Lower Doses: The system utilizes patented Irradiated Side Sampling (ISS) technology. This revolutionary design positions capture electronics at the patient side of the capture layers—where data signals are strongest and sharpest. This yields exceptional detail and image quality while significantly improving dose efficiency compared to conventional circuitry designs.
Advanced Infection Control: To support hospital hygiene protocols, the FDR D-EVO III & II detectors feature Fujifilm’s exclusive Hydro AG antibacterial coating. This specialized surface assists in preventing the spread of bacteria, adding an extra layer of safety for both patients and staff.
Enhanced Durability and Mobility: The FDR D-EVO III detectors utilize a revolutionary glass-free design. This makes the detectors ultra-lightweight for easier handling by technicians and increases durability against drops and impacts, ensuring reliable performance in fast-paced medical settings.
Intelligent Workflow Automation: With Dynamic Visualization™, the system reduces the need for manual adjustments and retakes. The technology adapts to the specific exam conditions, ensuring high-quality outputs that support immediate clinical decision-making.

Advanced Functions Include:

Seamless Long-Length Imaging: Equip the system with the FDR D-EVO III G80i 17×32″ cordless detector to acquire whole spine and long-length images right at the bedside. This capability is vital for trauma and surgical cases, allowing for pre-, intra-, and post-operative imaging without the risk or logistical challenge of transporting the patient.
AI-Driven Image Processing: The Dynamic Visualization II option leverages artificial intelligence to automatically recognize bone, anatomy characteristics, and orthopedic hardware. By intelligently adapting contrast and density based on structural recognition, it improves image uniformity in challenging scenarios, such as examining large anatomy or maximizing clarity in low-dose exams.
Virtual Grid Technology: Eliminate the artifacts associated with physical grid misalignment while improving contrast and clarity. The Virtual Grid option simulates grid use to reduce scatter effects, simplifying positioning and potentially reducing patient dose by as much as 50%. It intuitively recognizes anatomy to precisely tune noise control across all body parts, including the chest, spine, and pelvis.
Enhanced Visibility for Dense Structures: Multi-Frequency Processing (MFP) applies edge enhancement to varying frequencies, significantly improving visibility for spine, skull, and orthopedic hardware images.
Optimized Noise Control: Flexible Noise Control (FNC) selectively suppresses noise without sacrificing image sharpness, providing a clearer view for delicate pediatric cases or dense lumbar spine and abdomen views.
Intelligent Artifact Removal: The Grid Pattern Removal (GPR) function automatically detects and removes moiré patterns caused by physical grids, ensuring a clean, distraction-free image.
Technologist-Centric Console: The full-featured onboard console offers immediate image previews, dose tracking, and exposure index features. A dedicated double-click magnification tool allows technologists to instantly zoom full screen to check for patient movement or verify PICC line placement, while wireless worklist updates ensure rapid transmission to PACS. This console design enables technologists to work quickly and efficiently, saving time and reducing the likelihood of retakes.
Enhanced User Experience: With advanced features such as user-defined image processing presets and customizable side-by-side comparisons, the DR system empowers technologists to personalize their workflow and enhance their overall user experience. These features allow for greater control over the final image quality, resulting in more accurate diagnoses and improved patient care.

Fujifilm - FDR Go PLUS