FDR NANO
Compact Mobile X-Ray Imaging for Flexible Clinical Use
This mobile X-ray imaging system is designed to provide high-quality radiography in a range of clinical environments, including bedside and narrow spaces where conventional portable X-ray systems may be difficult to maneuver. Its lightweight cart, compact design, and integrated DR workflow allow technologists to position the system with less physical movement.
Key Features
Lightweight mobile design — four-wheel casters and a compact X-ray cart provide easy movement and positioning.
High-capacity Li-ion battery — supports approximately 4 hours of charging and up to 12 hours of continuous use.
DR panel charging — the D-EVO II panel can charge when placed in the DR slot and can be removed quickly using the tilting function.
Rotating operation panel — the control panel can be freely rotated according to the operator's position.
Narrow-space maneuverability — the compact body allows easier movement and direction changes in areas such as bedside locations and elevators.
Virtual Grid — digitally corrects the effects of scatter radiation without requiring a physical anti-scatter grid.
Advanced image recognition — uses estimated 3D image data to automatically adjust image contrast and density according to the body part being examined.
Designed for Easy Mobile Operation
The system's four-wheel caster design and lightweight body make it easier to move between examination locations. Its compact dimensions are particularly useful in confined spaces, where changing direction or repositioning a conventional portable X-ray unit can be difficult.
The slim structure also reduces the amount of movement required from technologists when operating and positioning the equipment. The operation panel can be rotated to suit the user's position, providing greater flexibility during bedside examinations.
Integrated DR Workflow
The system combines Fujifilm's cassette DR technology and image processing with a compact digital X-ray cart. The D-EVO II DR panel can be charged while positioned in the dedicated DR slot and removed quickly using the tilting mechanism, supporting a more streamlined mobile imaging workflow.
The high-performance Li-ion battery provides up to 12 hours of continuous use after approximately 4 hours of charging, according to the supplied specifications.
Advanced Image Processing
Virtual Grid digitally compensates for scatter radiation that can reduce image contrast and clarity. By predicting and correcting scatter effects through image processing, it provides grid-like image quality without using a physical grid.
Advanced recognition algorithms further process the image by using estimated 3D image data to identify the relevant body part and automatically adjust contrast and density for optimized image display.