High definition, made smarter.

Improved image quality through a noise reduction circuit, and a variety of functions to support imaging. Introducing FDR D-EVO II, now even smarter.


Smart Function - Pursuing ease of use through versatile functionality

1. Improved insertion through shell design
The shell design, with its curved sides, allows for easier insertion into patient beds. The easy-to-grasp shape allows for easy pick up even when placed flat, improving task efficiency..

2. Five-colored side-center LEDs to improve distinguishability
Equipped with LEDs at the center of each of the four sides of the detector that makes it easy to check the center position during imaging. Select from five colors (blue, pink, orange, lime-yellow, and purple) that make it easier to distinguish devices when using multiple detectors. In sleep mode, the side-center LEDs switch to a gentle flashing pattern that allows you to see the state of the detector at a glance.

3. Easy-to-see LED status display
The back of the detector is equipped with an LED lamp that displays remaining battery status. This allows easy checks of remaining battery, and eliminates worries when using the detector.

4. Maximum 18.5 hours of standby time with the new sleep function
The sleep mode provides a maximum 7.5 hours of standby time, whereas the newly added extra sleep mode provides up to 18.5 hours of standby time.In sleep mode, the center LED on the side of the detector flashes slowly to indicate the detector status at a glance.

5. Works together with the console to display the detector status display the detector status connection
The docking stand works together with the console to display the detector's “Ready” status and identify color using the LEDs. This makes it easy to check the current state of the detector even from far away.

Smart Protection - Combines waterproofing, and durability for additional peace of mind even in the tough medical environments.

IPX6 waterproofing
Structured to prevent the infiltration of liquids, the device conforms to IPX6 and can withstand jets from any direction*. There is no need to worry that fluids such as blood or vomit could enter the device.

A frame structure that increases durability — 310kg load capacity
The innovative SRM** frame realizes a lightweight design combined with a 310kg load capacity on all surfaces by reinforcing the frame internally with ribs. This also improves the flex resistance of the display detector.

Smart Mobility: Superior mobility with light weight body allows use in a variety of medical settings, including outdoors.
2.6kg lightweight body
Designed to be lightweight, weighing only 2.6 kg (with battery) through the magnesium-alloy shell-type frame (SRM** frame). Can easily be placed behind a patient.
Suitable for outdoor use with an expanded spectrum
Supports 2.4GHz and 5GHz (W52 / 53 / 56 / 58)***spectrum. Suitable for outdoor use during disasters.

Allows detector-only image storage
The detector itself can store up to 100 images in internal memory. This eliminates the work of carrying around multiple CR cassettes found in conventional systems. Furthermore, it allows you to perform rapid imaging, such as at night or during an emergency.

Smart Quality - Fujifilm's exclusive technology for achieving high resolution and low dosing
ISS system reading technology promotes high sensitivity
Equipped with an indirect conversion system flat detector display using ISS, which bonds optical sensors (TFT) to the X-ray irradiation side unlike traditional flat detector displays. This greatly suppresses scattering and attenuation of X-ray signals, creating sharp images with low doses of X-rays.

Blending large and small phosphor particles at an optimal ratio
Increased X-ray absorption through our uniquely designed scintillator, which applies photographic film technology to optimize the blending ratio of phosphor particles of different sizes.

Fujifilm noise reduction circuit improves detector sensitivity in high absorption regions
The uniquely developed noise reduction circuit reduces noise in the image. It achieves 1.7 times of the DQE of existing systems (D-EVO G35i/s) with a 0.03 mR dose. In particular, granularity of low-concentration regions such as the heart and mediastinum is dramatically improved.