The operating principle of an X-ray scanner is based on the interaction of precise mechanics and digital image processing. The placed object is scanned line by line. The scanner works with a specially developed X-ray detector that offers exceptionally high performance. The object to be examined is positioned on a stable carbon fiber plate, which serves as the base for the X-ray image.

After the scan is initiated, the scanner mechanically moves across the object, with the X-ray detector continuously capturing the X-ray signal passing through the test object. This signal is directly digitized by high-precision A/D converters with a resolution of 12 bits, corresponding to 4096 grayscales. By scanning line by line, a digital X-ray image of the object’s internal structure is created.

The generated X-ray image is displayed in real-time on a monitor, allowing for immediate, detailed analysis and precise measurements. The digital images can then be further processed, archived, and easily integrated into reports. Additionally, there is the option to electronically transmit the data to share it with other systems or experts.

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