In the past, non-destructive testing technology has gradually entered our daily lives. So, can everyone understand the application of microfocus X-ray machines in non-destructive testing technology? Now, please follow the X-ray tube assembly editor to understand it.

Non-destructive testing technology, also known as non-destructive testing, is an inspection method adopted to obtain physical and chemical information related to the quality, properties or composition of the substance to be tested without destroying its original state, chemical properties, etc.

Non-destructive testing technology is widely applied in industrial fields such as automobiles, scientific research, additive manufacturing, and smart phones. It can be used to detect the bubble duty cycle of lithium battery SMT soldering, IC packaging, IGBT semiconductors, and LED light strip backlights. Detection of BGA chips, detection of loose and poorly welded die-castings, non-destructive defect detection of internal structures in electronic industrial products, etc.

Non-destructive testing of X-ray tube assemblies has a very wide range of applications. In fields such as material testing, food inspection, manufacturing, electrical appliances, instruments and meters, electronics, automotive parts, medicine, biology, archaeology, and geology, X-ray tube assemblies have performed outstandingly.

Aluminum castings: In the field of non-destructive testing (NDT), casting inspection is a typical application. The market for aluminum castings is growing steadily. Especially for some key safety components (such as some castings in the automotive manufacturing industry), consumers must ensure to their customers that the quality of their products is reliable. However, sand holes or other internal hidden defects in aluminum castings may cause serious harm to their users.