Determining the exact chemical composition and grade of metal alloy is a common need in many industries. Fast, accurate, non-destructive methods and easily portable metal analysis tools are the cornerstone of efficient operations. To solve these problems, a modern portable metal analyzer is used, ideal for a wide range of tasks, including non-separable structures, metal parts, alloys and etc.
The role of modern metal analysis
A successful metal analysis program requires precision, speed, usability, portability, and easily resolved regulatory or safety issues. Chemical analysis of metals is used for a wide variety of purposes and can assist companies in manufacturing quality control, failure studies, and more.
Material identification, characterization and verification are essential for businesses to ensure that their materials or products are manufactured to alloy grade and comply with national or international codes and standards. Chemical analysis of metals is also used to determine the alloys used to make a component and in fault studies to determine if a suitable alloy has been used.
All industries, including metallurgy, oil and gas, aerospace, railway, automotive and medical equipment, as well as customers such as scrap metal collection centers, precision engineering projects and steel structures. In addition, analysis is carried out throughout the entire manufacturing process in a way that is critical, as even the smallest component can have a negative impact on the entire product.
To meet the ever-growing demands of modern metal structures and metal products manufacturing, metal analysis required for quality control and assurance is now possible at every stage of production. Manufacturers no longer need to fear that their employees will use hazardous metal analysis equipment.
