All data detected by the [url=http://www.tongdatek.com/plus/view.php?aid=177]X-ray Orientation Analyzer[/url] in full intelligence will be automatically stored, and can be transmitted wirelessly at any time, and the probe can be independently maintained and calibrated to consult the analysis report. Whole process inspection x-rays can be everywhere in the whole process life cycle from the factory to the place of use, from the factory installation and maintenance to the research and development, production, use and maintenance of quality control x-ray imaging diagnostic equipment. Non-destructive testing is a testing method to check the surface and internal quality of the inspected components without damaging the working conditions of workpieces or raw materials. X-ray inspection is a non-destructive testing method. It uses X-rays to penetrate the substance and has attenuation characteristics in the substance, and finds defects.

The wavelength of X-rays is very short, usually 0.001 to 0.1nm. X-rays travel along a straight line at the speed of light. They are not affected by electric and magnetic fields. They can penetrate substances, attenuate during penetration, and make films sensitive. When X-rays penetrate through matter, a series of complicated physical processes will occur due to the interaction between rays and matter. As a result, the radiation will be absorbed and scattered to lose part of its energy, and the intensity will decrease accordingly. This phenomenon is called radiation. The essence of X-ray flaw detection is based on the difference in radiation energy attenuation between the workpiece to be inspected and the lack of medium inside, which will cause the intensity of the radiation to pass through the workpiece, so that the latent image generated by the workpiece is not projected on the photosensitive material (film) and processed in a dark room. After obtaining the defect image, the nature of the defect and the film grade are evaluated according to the standard.