Advacam Extreme dynamic range - rose in glass. X-rays of a dry rose taken with ADVACAM’s WidePIX detectors. A very soft rose stem is visible through a glass vase. The rose cannot be seen, as standard X-rays lack the necessary dynamic range.
Applications

X-RAY IMAGING WITH EXTREME DYNAMIC RANGE

Applications: NDT, Non-destructive testing

Explore unprecedented X-Ray imaging quality and pictures that literally cannot be overexposed. 

ADVACAM’s novel X-ray imaging technology is beneficial for inspecting light materials. As shown in the images, the high dynamic range allows to detect even a rose stem through a glass vase, a piece of cloth tissue left inside a composite plane wing, or PVC adhesive tape inside a pipe made of carbon fiber. The ability to detect objects with low attenuation inside ones with high attenuation is ideal for foreign object detection.

Standard radiographic X-ray imaging provides a black-and-white image of the inspected sample. Defects, impurities, or cracks may be observed only if the image’s resolution and signal-to-noise ratio (SNR) is appropriate. Advacam’s spectral X-ray imaging-based photon counting detectors provide additional material information about the samples with superior contrast and high spatial resolution, ideal for non-destructive testing (NDT).

Besides that: This approach enables us to see several different materials within one image. A single image of an atique puppet reveals wood, metal nails, a silk skirt, human hair, and puppet strings, a feat impossible with standard X-ray technology.

The size of the pixels of our cameras is 55 µm; therefore, the native resolution of our devices is 55 µm. However, it can be dramatically improved thanks to ADVACAM’s sophisticated data analysis and post-processing. It allows for achieving even sub-pixel resolution up to 9 µm in X-ray images. This resolution and exceptional sensitivity of CdTe sensors make our cameras an unbeatable X-ray imaging device.

 

Advacam Extreme dynamic range - rose in glass. X-rays of a dry rose taken with ADVACAM’s WidePIX detectors. A very soft rose stem is visible through a glass vase. The rose cannot be seen, as standard X-rays lack the necessary dynamic range.
Advacam Extreme dynamic range – rose in glass. X-rays of a dry rose taken with ADVACAM’s WidePIX detectors. A very soft rose stem is visible through a glass vase. The rose cannot be seen, as standard X-rays lack the necessary dynamic range.

 

Scans of a composite honeycomb, propeller or interior of a wing root. In the red circle, there is clearly visible a foreign object: A cloth left inside the composite wing. The images were taken by a WidePIX camera featured by the robotic system of our partner company Radalytica.
Scans of a composite honeycomb, propeller or interior of a wing root. In the red circle, there is clearly visible a foreign object: A cloth left inside the composite wing. The images were taken by a WidePIX camera featured by the robotic system of our partner company Radalytica.
The ultra-high dynamic range of ADVACAM’s WidePIX detectors can be seen clearly in X-rays of a marionette created by French artist Edgar Degas known as “the Dancer.” A single image reveals wood, metal nails, the silk skirt, human hair and puppet strings. It is impossible with standard X-ray technology to image objects together of such varying materials, which range from completely opaque to completely transparent.
The ultra-high dynamic range of ADVACAM’s WidePIX detectors can be seen clearly in X-rays of a marionette created by French artist Edgar Degas known as “the Dancer.” A single image reveals wood, metal nails, the silk skirt, human hair and puppet strings. It is impossible with standard X-ray technology to image objects together of such varying materials, which range from completely opaque to completely transparent.
A test conducted with an ISO 19232 HR4 Duplex Image Quality Identifier demonstrates the capability of the AdvaPIX camera to attain deep subpixel resolution through advanced post-processing techniques. In the image, the smallest distance between two wires was 0.023 mm. The enhanced resolution was achieved at 9 µm, significantly improving over the native 55 µm. The result was captured by an AdvaPIX camera, utilizing settings of 160 kVp, 500 µA, with a 5 mm Fe filter and an exposure time of 100 seconds.
A test conducted with an ISO 19232 HR4 Duplex Image Quality Identifier demonstrates the capability of the AdvaPIX camera to attain deep subpixel resolution through advanced post-processing techniques. In the image, the smallest distance between two wires was 0.023 mm. The enhanced resolution was achieved at 9 µm, significantly improving over the native 55 µm. The result was captured by an AdvaPIX camera, utilizing settings of 160 kVp, 500 µA, with a 5 mm Fe filter and an exposure time of 100 seconds.

 

 

 

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