The content on this page is intended to healthcare professionals and equivalents.
FDR CROSS uses a single console for both Fluoroscopy and X-ray images. In fluoroscopy mode, snapshots and Last Image Hold (LIH) captures can be used as reference images in the two-screen display. In Radiography mode, X-ray imaging can be performed for a complete imaging workflow.
Dynamic processing and noise reduction is performed frame by frame. These conditions enable clear images with less image lag.
Differing thicknesses in areas of the body and nearby structures are recognized from converted 3D information, and the contrast and density are adjusted.
Unstructured noise components are extracted and reduced to improve the granularity of the image. This enables greater visibility of the subject structure.
General processing
Dose: 8.4mA
After applying Dynamic processing
Dose: 8.4mA
After applying Dynamic processing + noise reduction
Dose: 4.2mA
(FUJIFILM FDR D-EVO lll)
The indirect-conversion FPD uses the ISS method, where the light sensor (TFT sensor) is attached to the irradiation side, the opposite side to that used for a conventional FPD. This coupled with a flexible film sensor TFT panel instead of the traditional glass TFT provides significantly reduced scattering/ reduction of X-ray signals, in turn producing sharp images with low X-ray dose. A DQE of 58% (1 Lp/mm, 1 mR) is achieved. (C series only).
X-ray transmittance is improved by using thin film for the TFT panel instead of glass. This helps to achieve high resolution images with low X-ray dosage. Fujifilm's proprietary ISS method makes it possible further the advantages of flexible sensors.
We have a wide range of cassette FPDs, with benefits such as a lightweight, waterproof and dustproof design, high load tolerance and resistance to impact such as falling. Modern FPD's that stand up to the challenges of an operating room.
