The X-ray is a type of electromagnetic radiation – a junction of a magnetic field with an electric field that propagates in a vacuum carrying energy. His discovery, made by the German physicist Wilhelm Conrad Rontgen, was named after the unknown at the time of what it really was, the “X” being the unknown of mathematics. On November 8, 1895, during a study of cathode ray luminescence in Crookes Tube , he realized that there was a glow projected on the phosphorescent plate and even placing an aluminum foil between the plate and the tube, the glow remained.
Faced with this evidence, he made his first experiment with the help of his wife Anna Bertha Roentgen. The scientist asked her to put her hand on a photographic film. After 6 minutes of operation of the device, the plate showed the figure of the bones of Bertha’s left hand and his bones inside the dense soft parts, as well as his ring.
This experiment made it possible for Rontgen to verify that low-intensity materials are traversed by X-rays. High intensity materials absorb rays. This image confirmed his observations and is considered the first radiograph in history. For this work, the German physicist was awarded the Nobel Prize in Physics in 1901.
X-ray applications
1. Xray medicine
The first and the most widely used application of X-ray technology is in Medicine. Many X ray tests are used to study the internal structure, bones and muscles of the body.
2. X Ray telescope
A very powerful X ray telescope capable of reading information about space, its bodies and phenomena, located millions of years away from our earth.
3. X-ray scanners
Due to recent revisions to airport security controls, X-ray body scanner systems have been introduced to improve drug and weapon detection systems for passenger access to the boarding area.
4. X-rays for the restoration of works of art.
Art historians who dedicate their profession to the restoration of works of art, use X-rays to be able to see inner layers of canvases before proceeding with the retouching, ensuring that they are as faithful as possible to the original work of the artist.
5. X-ray crystallography: atomic vision
Crystallography is another x-ray inspection equipment microscopy that allows the composition of structures to be visualized at the atomic level. Mitochondria, with a mean size of 0.5-1.0 µm, require radiation of a wavelength similar to that associated with electrons.
6. X-rays Quality Assurance in food industry
Food industry takes advantage of the benefit offered by X-ray technology.it technology has made it possible to improve quality and reduce possible alterations caused by microorganisms.
X-ray in auto parts
The Industrial X-Ray Test uses x-ray inspection equipment which will allow for more conclusive inspections, quality control, precisely locating the defects, cracks and porosity found in materials such as electronic boards, sensors, assemblies, printed products in additive manufacturing, castings, plastics, medical and pharmaceutical devices, BGA, among others.
With the increasing technological advancement, the need arose to carry out a more in-depth analysis of all its structures. The Industrial quality X-Ray Test does just that, an internal analysis, without the equipment being disassembled, ideal for industries and companies in the most diverse fields of activity.
Not long ago, it was necessary to maintain or repair automobile parts, equipment, or material, both in its internal and external structures. With X-ray quality inspection is easy; X-ray is a process that uses X-rays to examine the internal structure of parts like n54 injectors. But now the Industrial X-Ray Test was a necessary solution, assertive and completely in favor of the structure of the material.
The best and most complete Industrial X-Ray Test for Auto parts
The automotive 3d x-ray technology used in the equipment used to perform the Industrial X-Ray Test, also provides the necessary information to form a 3D file of the sample for comparison with the mathematical model (CAD). Important function to identify deviations from the manufactured sample in relation to the original engineering design, in addition to comparing parts manufactured at different times during the life of an equipment, ensuring a better analysis of its wear.
Conclusion
Quality control through the use of state-of-the-art X-ray techniques consists of non-invasive tests that allow the observation of the interior of auto parts cars and other vehicles without altering any of its properties. The Industrial X-Ray Test analyzes the integrity and dimensions of the lightweight parts of automobiles, in addition to the most varied types of specimens and synthetic materials.
The quality inspection through automotive 3d x-ray allows the recording of information and evidence for the inspection of quality control is indisputable. Its registration through the radiographic film is validated and permanent by the images fixed after the development. The inspection of welding by x-rays, or industrial radiography, is performed using machines that generate x-rays or using sources of gamma rays, also known in this case as industrial gamma graphy.
These advances translate into a significant increase in the final quality of the product, being able to respond with total reliability to the demanding regulations for the automotive industry and also in any other sector that requires high quality controls.
