This section provides overview, applications, and principles of x-ray fluorescence (xrf) spectrometers. Also, please take a look at the list of 24 x-ray fluorescence (xrf) spectrometer manufacturers and their company rankings.
X-ray inspection equipment is a device that can accurately measure the identification of elements and the inclusion of hazardous substances because it can learn about foreign matter and damage in areas invisible to the eye without destroying the object.
Based on the transmitted image obtained by irradiating X-rays to the inspected item, the invisible internal conditions are inspected and evaluated.
Since it can see through the inside of a product, which cannot be photographed by a visible light camera, this equipment is indispensable for maintaining high quality in manufacturing, including measures to prevent contamination by foreign matter and hazardous substances.
Today, X-ray inspection systems are used not only in the manufacturing and processing of medical, food, and electronic parts, but also in the construction and aviation industries.
Examples include x-ray imaging at hospitals and baggage checks at airports.
In the medical industry, they are used for endoscopes, CT scanner systems, digital ray systems, and in research fields such as animal research.
X-rays are a form of radiation that consists of "particles" and "particle rays" that have high energy and fly in flux, and "electromagnetic rays" with short wavelengths. X-rays are a type of radiation.
There are five types of radiation, including X-rays: alpha rays, beta rays, gamma rays, X-rays, and neutron rays.
Among these, X-rays, along with gamma rays, are electromagnetic waves with very short wavelengths, making them highly permeable through matter and allowing them to pass between atoms that make up matter.
However, they can be blocked by thick plates of lead or iron.
When X-rays collide with electrons orbiting the nucleus of a material, various interactions such as the photoelectric effect and inelastic scattering occur.
X-rays that do not undergo these phenomena penetrate the material and become transmitted X-rays, and the more dye there is, the brighter and whiter the image appears.
Conversely, areas that are attenuated during transmission appear dark and black. In fact, images taken using X-rays are black and white, and this color shade is caused by the amount of transmitted X-rays.
In general, it is known that the intensity of transmitted X-rays is determined by factors such as the atomic number, density, and thickness of the object material.
X-rays, discovered by Roentgen in 1895, are electromagnetic waves with wavelengths of approximately 1 pm - 10 nm.
It is also a form of radiation, and is used in X-ray photography for medical examinations and nondestructive testing, as well as in the analysis of crystal structures using the diffraction phenomenon.
Most people's image of X-ray inspection equipment is that it is a large-scale device that takes pictures of the entire body.
However, today, a wide variety of portable X-ray inspection systems are available, and they are mainly used for nondestructive testing at factories and construction sites.
Their features are often referred to as portable nondestructive testing equipment that can be easily used at any time and any place.
It is a device that inspects all kinds of objects with X-ray images by combining a polarized X-ray and a high-precision digital detector.
Without destroying the object to be inspected, it is possible to check for cracks, fissures, corrosion, and other abnormalities, as well as the finish of welded parts.
It is highly mobile and ideal for completion and periodic inspections at factories and construction sites. However, since it is an X-ray, it should be handled with care.
*Including some distributors, etc.
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