X-rays were first used in medical treatment to ensure the safety of human health. With the development of industry, X-ray is most commonly used in industrial nondestructive testing, which is now mainly divided into electronic semiconductor, lithium new energy and other high-tech industries, as well as pan-industrial nondestructive testing, public safety, foreign body detection and other branches. However, X-ray detection can be applied in the manufacturing process of all kinds of products, including food, shoes, medicine, wood, etc., basically covering all aspects of life.

Examples of applications of X-ray detection devices in special scenarios:

X-ray detection of internal material type and structure of wooden door:

By using X-ray to carry out non-destructive testing on the internal structure characteristics of wooden doors, combined with digital image processing means, through noise removal, gray transformation, morphological processing and other technologies, the clear X-ray images obtained can accurately and quickly judge the internal information of wooden doors. For example, the types of commonly used materials inside the door fan (solid wood, fiberboard, particleboard, hollow particleboard, honeycomb paper, etc.), the connection mode between the door fan components, the normalization of the filling material laying inside the door fan, the width of the splicing gap between the door fan components, the length and number of the joint tenon of the components, etc. X-ray detection is helpful to improve the level of wooden door manufacturing, ensure the quality of wooden door products, reduce waste, avoid consumer economic losses, regulate the market of wooden doors, and protect the rights and interests of consumers. The technology can be applied to cabinets, wood furniture and joinery board.

X-ray examination of racing bicycles:

Cycling competitions are a popular sport in foreign countries, and to ensure fairness, organizers test the bikes for hidden motors, also known as "mechanical stimulants." The X-ray inspection gives a panoramic view of the structure inside the bike, making it easy to detect hidden motors in the frame and wheel set without having to disassemble the bike. It not only ensures the integrity of the participants' bicycles, but also ensures the fairness of the race.

X-ray penetration gives human the ability of "perspective", to ensure the quality of products in all walks of life, research and development institutions and social security.

So that's an introduction to some of the unknown applications of X-ray detection. Did you get that?