FDR nano

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

[video] Man being rushed and wheeled to ER and FDR Nano used to X-ray him

Quick accessibility

[photo] Person standing in front of FDR Nano interface with x-ray image of chest on screen

Four wheel caster and extremely light weight X-ray cart can bring freedom of movement.

[image] FDR Nano compared to traditional mobile x-ray - smaller, lighter, and smoother movement

Little downtime

[photo] Charging port of FDR Nano on bottom of machine next to wheel

High performance Li-ion battery enables quick charge of 4 hours and can be used continuously for 12 hours. Also plugged in

Ready to be used at anytime

[photo] DR D-EVO II in DR slot with hand reaching over and locking it into FDR Nano system

D-EVO II is charged when placed in the DR slot and is quickly taken out with tilting function.

Quick viewing while treating

[photo] Operation panel rotating freely and x-ray technician looking at screen

Operation panel can rotate freely according to the doctor's position.

Smart Workflow

[photo] Man resting in hospital bed surrounded by man different machines

Its compact design is suitable for taking X-ray in narrow spaces where portable X-ray is used generally.
Combining Fujifilm core technology of Casette DR with image processing and compact Digital x-ray cart can bring smart mobile workflow as below.

[image] FDR Nano Smart Mobile Workflow including FDR D-EVO II, Virtual Grid, and FDR Nano Digital X-ray Cart

Pinpoint movement

[photo] Healthcare professional moving FDR Nano cart through a narrow hallway

Even in narrow spaces such as bedside and elevator, changing direction can be done with ease.

Easy positioning

[photo] Healthcare professional sliding apparatus over man lying in hospital bed

Simply sliding or turning the whole apparatus enables easy position changes.

The shortest moving distance

[photo] Healthcare professional positioning apparatus over man lying in hospital bed

The slim body allows technologists to make less moves in device operation and positioning.

Maintaining Clean Equipments

[photo] Surgical team working over surgical table in OR

Medical equipment surface tends to have high risk for transferring germs, and it is essential to maintaining clean equipments in Operation rooms.

[photo] FDR Nano system with Hydro Ag antibacterial coating on screen/interface and D-EVO II

Easy to clean with flat surface

[photo] Surface of FDR Nano interface with x-ray image of chest on screen

IPX6 waterproofing cassette DR

Easy bagging

Patient friendly

Minimum exposure is desirable when taking X-ray images of a new born or infant.

[photo] Newborn infant lying in incubator with gloved hands reaching inside

Fujifilm's exclusive technology for achieving High Quality Images

ISS System reading technology

Equipped with an indirect conversion system, called the ISS method, which links optical sensors (TFT) alongside X-ray irradiation, unlike traditional flat detector screens. This greatly suppresses the scattering and attenuation of X-ray signals, creating sharp images with low X-ray dose. By applying flexible film to the device's detector, the FDR D-EVO II achieved DQE of 72% (CsI), 45% (GOS) (1mR, 0 cyc), and MTF of 80% (CsI), 75% (GOS). Thus, becoming a more sensitive detector, requiring less radiation and ensuring superior image quality.

Conventional method

ISS system reading technology

Fujifilm noise reduction circuit improves detector sensitivity in high absorption regions

The uniquely developed noise reduction circuit reduces noise in the image. In particular, granularity of low-concentration regions such as the heart and mediastinum is dramatically improved.

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 and more efficient, the workflow increases productivity for the radiology technician. Our advanced image processing provides greater diagnostic clarity with less impact on patients.

Virtual Grid

Image quality equivalent to physical grid, 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 the effects of scattering radiation, which, without the use of a grid, reduces the contrast and sharpness of the image. Without the need for a physical anti-scattering grid, this software automatically predicts and corrects the effects of scattering radiation. With this, it is possible to guarantee superior image quality with lower doses of radiation.

[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

Dyn II is an advanced post-processing algorithm that automatically adjusts contrast and density for individual parts of the image. The software acts in the automatic control of the dynamic range pixel by pixel, equalizing the image and bringing more details to regions of low penetration.

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

Products Name : FDR nano（Model name : DR-XD 1000)

* 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.