1. Fujifilm’s unique ISS technology provides high resolution images with low dose

With the Csl columnar crystal scintillator combined with the ISS system, we suppress light scattering and energy attenuation to be impossible with existing reading systems to create images with low dosages and high resolution.
We have achieved a top world class 54% DQE (@ 1Lp/mm, 1mR), MTF 80% (@ 1Lp/mm, 1mR).

2. Image processing technology to optimize imaging results – noise reduction circuit improves detector sensitivity in high absorption regions

The uniquely developed noise reduction circuit reduces noise in the image. It achieves 1.2 times the DQE of existing systems with a 0.03 mR dose. In particular, granularity of low-concentration regions such as the heart and mediastinum is dramatically improved.FDR D-EVO II utilizes the latest Fujifilm digital image processing technologies including Dynamic Visualization, which optimizes image display based on monitor characteristics and FNC noise suppression processing that improves image quality, automatically extracting and separating noise components in the image.

Mobility and durability is suited to even the toughest medical settings

1.5 kg lightweight body

Designed to be lightweight, weighing only 1.5 kg (with battery) through the magnesium-alloy shell-type frame (SRM* frame). *Shell-shape with rib magnesium-alloy

IPX6 water resistant

Structured to prevent the infiltration of liquids, the device conforms to IPX6 for water resistance and can withstand splashes from any direction.

Maximum 48 hours of standby time with the new sleep function

The center LED on the side of the detector flashes slowly to indicate the status of the detector at a glance.

Allows detector-only image storage

The detector itself can store up to 200 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 in an emergency situation.