Application of High Voltage Power Supply in X-ray Instrument Field - Industrial circle

X-ray technology is not only used for medical purposes, but also for safety technology and many industrial fields. Whether at airports, ports, or borders, luggage, containers, freight trains, and motor vehicles can be screened using X-rays. In the industrial field, X-ray technology can provide support for the maintenance and repair of nuclear power plants or oil and gas supply pipelines.

Firstly, X-ray equipment mainly utilizes the penetration effect of X-rays. X-rays have a short wavelength and high energy, requiring a high voltage and a stable high voltage supply. When irradiated onto a substance, the substance can only absorb a small portion, while most of the energy of X-rays will pass through the gaps between the atoms of the substance, exhibiting strong penetration ability.

X-Ray equipment can detect the relationship between X-ray penetration and material density, which can distinguish materials of different densities.

Industrial X-ray detection equipment has a wide range of applications, such as the following:

Product quality control: During the manufacturing process, X-ray image processing can be used to detect defects and defective components in the product without disassembling it, ensuring that the product is intact and undamaged. For example, in the automotive manufacturing industry, X-ray image processing can be used to inspect engine parts for cracks or foreign objects. In the electronic product manufacturing industry, X-rays can be used to check whether the welding connection is firm, to ensure the quality and reliability of the product.

Security check: X-ray image processing can also be used for security checks, usually as a fast detection method that can complete the inspection and analysis of objects in a short period of time. For example, in airport security checks, it is used to check whether there are dangerous items hidden in luggage. In addition, X-ray image processing can also be used to inspect employees' tools and equipment in factories and industrial sites to ensure a safe working environment.

Material analysis: X-ray image processing can be used to analyze the composition and structure of materials, providing high-resolution internal structural images that can accurately detect even small defects.

This is crucial for developing new materials or evaluating the performance of existing materials. Through X-ray image processing, the internal structure of materials can be observed non destructively to understand their microscopic characteristics.

Non destructive testing: In the fields of manufacturing and maintenance, X-ray image processing does not require destructive inspection of objects to ensure the integrity and reliability of the evaluated structure, making it an ideal choice for detecting internal structures and defects. This technology can be used to inspect pipelines, welded joints, metal components, etc., as well as to detect cracks and defects in concrete.

The normal completion of these tasks by X-ray equipment relies on the internal high-voltage power supply. High voltage power supply can be said to be the heart of X-ray equipment. Without it, the equipment cannot perform its work properly and excellently. Because X-ray equipment requires a very high voltage during operation, and also has certain requirements for the stability and reliability of the output voltage. Our high-voltage power supply has the characteristics of high output voltage, high stability, and high reliability, ensuring that it meets the needs of X-ray equipment.