FDR D-EVO III

Features

Fujifilm’s exclusive technologies for achieving high resolution and low dose

Patented ISS capture technology promotes high sensitivity
Equipped with Fujifilm’s patented Irradiated Side Sampling (ISS) technology which bonds its capture electronics (TFTs) to the x-ray irradiation side, in contrast to traditional detectors. This design suppresses scattering and attenuation of x-ray signals, to produce sharper images at lower doses compared to traditional designs.

Unique formulation of large and small phosphor particles at a optimal ratios, enhances x-ray absorption
Increased x-ray absorption is achieved through our uniquely formulated scintillator layer, which employs photographic film technology to optimize the blending ratio of phosphor particles to minimize blur and enhance sharpness.

Fujifilm’s noise reduction circuitry improves detector sensitivity in high absorption and low dose images
Uniquely engineered noise reduction circuitry reduces noise in the image to improve signal strength. This results in 33% DQE even at 0.1mR. The granularity and visibility of dense, low penetration or ultra low dose regions are improved.

Improved handling

Simple battery replacement workflow
The battery can easily be replaced with one hand and the detector can be back up and ready in ~90 seconds. This eliminates concerns about battery life or on-demand battery swaps even in the midst of critical care.

Suitable for outdoor use with an expanded spectrum
Supports 2.4GHz and 5GHz (W52/53/56/58)* spectrum. Suitable for outdoor use during disaster response.

Memory Mode
Dedicated memory mode enables added emergency uses. Built-in memory stores up to 100 images. Images are retained even if detector power is interrupted. Digital readout on detector face tracks images stored and increments as they are acquired.

Flexibility – On-Demand Use
FDR D-EVO III’s unique combination of form and function brings significant value to traditional room retrofit and mobile uses. The additional capabilities of Memory Mode and Smart Switch bring added value for emergency, on-demand backup and failsafe uses with any portable, room or even for remote off-site and disaster response uses.

Advanced image processing

Virtual Grid: High quality images without a physical grid
Advanced processing simulates scatter clean up without a physical grid, correcting for the effects of scatter radiation while retaining contrast and sharpness. Eliminating the grid improves patient comfort, simplifies positioning and allows as much as 50% lower dose compared to grid exams. Grid cutoff and retakes associated with misalignment of X-ray tube and grid are also prevented.

Dynamic Visualization II: Intelligent feature recognition technology optimizes image quality
Advanced algorithms optimize contrast and density based on anatomic definition, hardware and thickness characteristics, resulting in outstanding detail and greater window and leveling capability in PACS.