FDR D-EVO Ⅲ G35/G43

The content on this page is intended to healthcare professionals and equivalents.

An Evolution of Form and Function

The ever lighter FDR D-EVO III is introduced with our flexible film-based TFT detector, providing high image quality with low X-ray dose. FDR D-EVO series will never stop evolving to improve the workflow in various clinical scenes.

The lightest FPD at 1.8kg^*1 with FUJIFILM’s flexible film-based TFT detector

Replacing the glass-based TFT detector with thin film, FDR D-EVO III is the lightest FPD avail able at 1.8kg^*1. Compared to the 1st generation FDR D-EVO, FDR D-EVO III is about 40% lighter.

*1 excludes battery pack

Higher DQE 33% (1Lp/mm-RQA5 1mR)

Higher Quality with DQE 33% (1Lp/mm-RQA5 1mR)

Film-based TFT detector with ISS method

Glass-based TFT detector with ISS method

Robust sensor to endure tough medical environments

The new flexible film-based TFT detector, compared to our previous FDR D-EVO models, decreases the risk of fracture of TFT detector caused by external shock.

Fujifilm's exclusive technology for achieving High Quality Images

ISS system reading technology promotes higher sensitivity

Like FDR D-EVO II, FDR D-EVO III is Equipped with an indirect conversion system called the ISS method which bonds optical sensors (TFT) to the X-ray irradiation side unlike traditional flatpanel detectores.
This greatly suppresses scattering and attenuation of X-ray signals, creating a sharp image with low X-ray dose.

Conventional method

ISS system reading technology

[NEW] Synergism between ISS method and flexible film-based TFT detector

By changing the TFT detector of FDR D-EVO III from glass-base to film-base, X-ray transmittance is improved compared to FDR D-EVO II. FDR D-EVO III achieved DQE 33% from 31% (1Lp / mm-RQA5 1mR) by applying a flexible film to a base of the device detector.
This contributes to high quality images and low dose.
This unique technology combination is only possible with proprietary ISS technology to fully implement the benefits of film-based detectors.

Fujifilm noise reduction circuit improves detector sensitivity in high absorption regions

The uniquely developed noise reduction circuit reduces noise in the image. This noise reduction circuit realizes DQE 33% even at 0.1mR.The granularity of low-concentration regions is improved.

Blending large and small phosphor particles at an optimal ratio

Blending optimally-sized phosphor particles in gaps

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.

Advanced Image Processing

FUJIFILM has over 30 year’s experience the invention of the world’s first CR system in defining the latest technology to provide optimized X-ray imaging.
Simpler, more efficient with improved workflow for the radiographer our advanced image processing provides higher diagnostic value with reduced impact for the patients.

Compatible with Console Advance, employing advanced image processing technology to provide optimized X-ray image

[photo] X-ray of chest and lungs on computer screen

Simpler, more efficient with improved workflow for the Radiographer, our advanced image processing high quality image with reduced impact for the patients.

Virtual Grid

Grid like Image quality without using a grid

* Optional

[photo] X-ray images of chest and lungs comparison of no grid versus virtual grid

Virtual Grid is an image processing software that corrects for the effects of scatter radiation that otherwise reduce image contrast and clarity. Without the need for an anti-scatter grid, this software quickly predicts and then corrects for the effects of scattered radiation...
creating high quality images.

[photo] 4 X-ray images of chest and lungs with 1:1, 6:1, 8:1, and 20:1 grid ratios

Dynamic Visualization II

* Optional

Advanced recognition algorithms automatically adjust contrast and density for individual body parts based on calculation of estimated 3D image data.

[photo] 2 X-ray images of joint replacement - one with conventional processing and the other with Dynamic Visualization II

High-level protection

Waterproofed and dust-proofed

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 for fluid permeation inside the device caused by fluid like blood or vomit. FDR D-EVO III also complies with IP5X for dust-proof structure, preventing malfunction caused by small particles^*2.

*2 These effects cannot always be guaranteed in the future for its product characteristics.

Easy-to-clean flat shape

The FDR D-EVO III introduces a flat design and reduced contours, promoting easier and more efficient cleaning.

High durability frame structure —310kg load capacity

Forging frames constructed with Mg-Li alloy provides robust protection for internal devices, while maintaining a lightweight design. With this technology, FDR D-EVO III has a 310kg load capacity.

Hydro Ag antibacterial coating

The FDR D-EVO III detectors are coated with Hydro Ag antibacterial coating, which has an antibacterial effect 100 times greater than that of conventional Ag coatings. This longer-lasting higher intensity antibacterial effect prevents bacterial growth. A hyper-hydrophilic binder allows easy cleaning and hygienic use, together with the easy-to wipe flat design of the detector.

* Due to the characteristics of the product, the effect is not guaranteed in the future.

JIS Z 2801/ISO 22196 complied test (Escherichia coil)

Versatile functionality

Peripheral devices for effortless handling

Battery charger, docking stand, power supply unit and power box for FDR D-EVO II can also be operated with FDR D-EVO III, for improved usability and easier handling.

LED lamps on the front of device for better visualization

LED lamps are equipped on four sides of the front of the detector, for a visual assistance.

[ 1] Centralizing the device and distinguishing devices

Equipped with side-center LEDs on four sides of the detector, for easier positioning of the device during imaging. There are five LED colors (blue, pink, orange, lime-yellow and purple), to distinguish different devices for different colors when using multiple devices. During sleep mode, the side-center LED light flickers gently to visually announce the battery status.

[ 2] Device status displayed in green

When the device is ready for X-ray exposure, the LED lights up in green.

[ 3] Front side identification in white

The front side of device is easily identifiable with the LED that lights in white.

Easy insertion with shell designed edge

The curved, shell designed edges are employed on both sides of the panel. The curved corners allow for an easier insertion into patient beds. The easy-to-grasp shape assists to pick up even when placed on a flat surface, improving task efficiency.

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.

Works together with the console to display the detector status

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.

Improved handling

Simple battery replacement workflow

The battery can be replaced with one hand and the panel is ready to image in 35 seconds following the replacement. This eliminates worry and stress about battery life and battery changing.

Suitable for outdoor use with an expanded spectrum

Supports 2.4GHz and 5GHz (W52/53/56/58)^*3 spectrum. Suitable for outdoor use during disasters.

*3 It depends on the regulation of each country which wireless band is allowed to be used.

Allows detector-only image storage

Internal storage of 100 images allows the detector to eliminate the additional work associated with multiple cassettes with conventional CR workflow. It also supports rapid imaging in cases of night time and emergency situations.

Flexible handling

FDR D-EVO III, for its unique combination of advanced technology, can play an active role in various clinical situations, across rooms and systems. This is not only limited to X-ray rooms, but in patient rooms and dedicated rooms such as Emergency rooms and Operation rooms.

“SmartSwitch” Technology

Fujifilm developed a technology “SmartSwitch” which allows automatic X-ray detection. With “SmartSwitch,” FDR D-EVO III no longer requires connection between the X-ray generator and DR power supply unit to automatically detect X-rays and start image creation.

System Configuration

Products Name : FDR D-EVO Ⅲ（Model name : DR-ID 1800)

* Fujifilm makes no representation that products on this website are commercially available in all countries.
* Approved uses of products vary by country and region.
* Specifications and appearance of products are subject to change without notice.