High precision 50μm reading (DynamIx HR)

Wide dynamic range resulting in wide allowance of X-ray exposure value
Automatic image optimization with “EDR”
High resolution and high contrast
Easily capture even large objects with a maximum size of 35.4 x 43.0cm
Adjust images to optimal state according to inspection purpose
Transmit and share digital images with PCs
Allows compact storage of high quality images and quick data retrieval
Maximized image quality with minimum exposure compared to X-ray film
No more darkroom, processing chemicals or water
Images are erasable with IP, providing the best economical solution
Left: Former-type reader, Right: HR/Series 5 reader
Slim and space-saving design that fits almost anywhere.
Fujifilm, the absolute pioneer in digitized medical X-ray imaging, advanced into the industrial inspection field in 1989. Through the building up of proprietary technologies such as evidenced by our imaging plate (IP), a total alternative to X-ray film, we have realized evermore efficiency and quality of inspection work with our high clarity images now through DynamIx - an X-ray inspection system product lineup that provides totally reduced shooting time, eliminates the use of chemicals in developing, and the convenience of reusable IPs where stored data can be erased. All to name a few as the alternative solution to conventional X-ray filming.
![[fig.]System Flow Chart](img/fig_01.jpg)
Compared with time-consuming conventional analog film processing, the fully-digitalized FCR brings a highly technological and quick solution to the various needs of modern day X-ray inspection with its optimal high resolution images and environment friendly considerations.
Radiograph inspection of castings with varying dimensions requires intricate X-ray voltage adjustment by each component part and also requires the separate capture of the various thick and thin proportions of the target by taking multiple exposure shots or by either using composite film - but that's with conventional X-ray film.
IP does it all with its high resolution and wide dynamic range imaging, and with just one exposure shot. Edge portions are without halation, adding on to inspection accuracy and efficiency.
Particularly with conventional radiograph inspection, it takes more time than anticipated to inspect large targets due to minimal range capture with a single exposure and the inherent tendency of the surrounding areas being generally more unsharp than the central area.
With FCR's laser reading technology, obtain a distinct image from corner to corner even using the largest IP size of 35.4 x 43.0cm ; making it possible to inspect large materials or large and highly complex electronic parts to the ultimate interior with fair ease.
With plant facilities and piping, rail and road concrete structures - field inspection is the name of the game, requiring the immediate transportability of equipment and the capacity to readily inspect curved surfaces. In particular with pipe inspection, it has always been a work burden in stripping off and re-applying insulation materials and a cause of concern with the consequential negative effects to the human body and our environment.
Being an X-ray detector with that needed flexibility and lightness, IP is the best match for the tough field whether it be in tight spots or high up ; and it also reacts to gamma rays. Do radiograph inspections with the insulation material totally intact and be friendly to the environment and the human body.
Even the slightest defect would be disastrous with turbines which are complexly designed for high heat resistance and high-efficiency, but there are defects that are difficult to discover with 100μm digital reading and obtaining finer image quality has been an issue.
The FCR inspection scope has been expanded with high resolution of 50μm from our proprietary imaging processing engine which allows for enhanced visibility of precision parts requiring high inspection accuracy.
Both the inspection of product components under development and the inspection of products in the initial production phase require speedy analysis of the original images on an informed basis between responsible company departments, but they are in different locations.
FCR provides enhanced inspection accuracy through the sharing of informed analysis and evaluations even among distant company departments by transmitting images through the Internet.
| Compatible IP |
|
||
|---|---|---|---|
| Compatible IP cassette |
|
||
| Reading resolution | UR-1 |
50μm |
|
ST-VI |
100μm |
||
| Cycle time for IP feeding/loading | UR-1 |
35.4 x 43.0cm (14”x17”) |
Approx. 93sec. |
24 x 30cm |
Approx. 64sec. |
||
18 x 24cm |
Approx. 56sec. |
||
ST-VI |
35.4 x 43.0cm (14”x17”) |
Approx. 58sec. |
|
25.2 x 30.3cm (10”x12”) |
Approx. 50sec. |
||
24 x 30cm |
Approx. 49sec. |
||
20.1 x 25.2cm (8”x10”) |
Approx. 42sec. |
||
18 x 24cm |
Approx. 40sec. |
||
15 x 30cm |
Approx. 49sec. |
||
| Reading gray scale | 12bits / pixel |
||
| Dimensions ( W x D x H) | 590 x 380 x 810mm |
||
| Weight | 99kg |
||
| Power supply | 120/200-240VAC, 50-60HZ, 5A |
||
| Operating conditions | 15-30°C, 40-80%RH (No dew condensation) |
||
| Compatible IP |
|
||
|---|---|---|---|
| Compatible IP cassette |
|
||
| Reading resolution | ST-VI |
100μm |
|
| Cycle time for IP feeding/loading | ST-VI |
35.4 x 43.0cm (14”x17”) |
Approx. 58sec. |
25.2 x 30.3cm (10”x12”) |
Approx. 50sec. |
||
24 x 30cm |
Approx. 49sec. |
||
20.1 x 25.2cm (8”x10”) |
Approx. 42sec. |
||
18 x 24cm |
Approx. 40sec. |
||
15 x 30cm |
Approx. 49sec. |
||
| Reading gray scale | 12bits / pixel |
||
| Dimensions ( W x D x H) | 590 x 380 x 810mm |
||
| Weight | 99kg |
||
| Power supply | 120/200-240VAC, 50-60HZ, 5A |
||
| Operating conditions | 15-30°C, 40-80%RH (No dew condensation) |
||
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