Product introduction In the field of quality control, material classification, alloy identification, safety precaution, accident investigation, etc., identification, metal component rapid analysis, experiment Room analysis is a challenge. Now, all this has changed radically, and Thermo Fisher Niton is triggering a revolution in the field of elemental analysis: fast and accurate analysis results, costly analysis of expensive analysis, rapid development of major decisions, It is easy to achieve in the moment of triggering the Nitron XRF analyzer trigger. ThermoFisher Scientific, formerly known as the American Thermoelectric Group, is a brand of Niton. As a leader in the manufacturing of handheld X-ray fluorescence (XRF) analytical instruments. Niton products were awarded the American Technology R\u0026amp;D100 Award three times in 1995, 2003 and 2008. It has been used by the industry as a material analysis standard for industrial field alloys, minerals, soil, archaeology, RoHS, and consumer products. Technical advantages ◆ High performance and high precision, close to the laboratory level of analysis, visual display of the number of elements and elements (some elements can be displayed to three decimal places) and ppm content ◆ GOLDD Technology Thermo Fisher Scientific"s GOLDD technology brings the performance of the handheld XRF alloy analyzer to the true laboratory level. GOLDD technology combines high-performance large-area SDD detectors with geometric optimization design ideas. Compared with traditional technology instruments, the analysis speed is increased by about 10 times, the analysis accuracy is improved by about 3 times, and the sensitivity is high. With detection accuracy, it has the ability to analyze light elements (Mg, Al, Si, P, S) without helium or non-vacuum. ◆ Fast, easy to operate “Startup-Aiming Test-View Results”, the entire analysis process can be completed in just a few seconds, and the identification is only 1~2 seconds, and the operation is simple, even if it is not technical. It is also easy to grasp. ◆Special construction It is made of tough LEXAN. plastic sealed casing, light weight and durable; sealed and integrated design, dustproof, waterproof, anti-corrosion, safe to use in a variety of conditions  ; ◆Strong anti-virus ability Built-in integrated dedicated operating system, no need for external PDA, fast computing, virus immune function ◆ Non-destructive testing Unlike destructive testing methods, samples are in the whole testing process No damage in any case ◆ Optimized application High-performance X-ray detector option, providing professional and targeted solutions for alloy analysis applications of different users ◆Advanced NDT software Advanced Niton Proprietary data management software allows you to easily set user login passwords, generate custom reports, and play Personalized analysis certificate with company LOGO, remote control of the instrument; user can edit the library, add the number; automatic calibration, diagnose instrument failure; software upgrade through the Internet Communication function Bluetooth and USB multiple instrument connection methods, communication method is very flexible. Data uploading and downloading, editing and outputting PMI report is very convenient ◆ Awarded Niton products have won the R\u0026amp;D Award for “Nobel Prize in Product Development” for three times; reddot design Red Dot Design Award in 2006; 2005 Awarded the Industrial Design Excellence Award in the past year; Technical Data Application Fields Alloy Material Identification (PMI) It is important to avoid the use of unqualified or inconsistent alloys. More than half of the many serious industrial accidents that occurred in the past were caused by damage to the alloy material mixture and piping system. Therefore, it is more important than ever to monitor the changes in the alloy material of the production equipment during the production process to ensure safe production. There is a safety hazard in the sampling inspection. It is a guarantee for safe production to replace the sampling inspection with 100% full inspection for all the key materials involved. This seems to be a challenge, but advances in analytical technology have made this extremely simple. Today, the Thermo Scientific XRF analyzer has become the industry leader in alloy material identification (PMI), which analyzes fast, reliable, and weighty. Lightweight, rugged and adaptable to a wide range of environmental and weather conditions. With the Thermo Fisher Scientific XRF Analyzer, service personnel can complete the identification of alloy materials for several miles of duct systems and production equipment in a short period of time. From metal filaments to solder joints, valves, or process pressure vessels, regardless of shape, Thermo Fisher Scientific Analyzers can perform large-scale sample analysis in a very short time, accurate and non-destructive. . In addition, the Thermoscientific Niton handheld XRF analyzer is also suitable for the identification of alloy materials in the petrochemical, power, pressure vessel, metallurgy, machinery manufacturing, aerospace and other industries. Quality Control in Mechanical Manufacturing (QA/QC) For the metal manufacturing industry, quality control and quality assurance are equally important. Material testing is the key to ensuring the use of qualified materials in metal products. If you use unqualified metal alloys, it will cause catastrophic accidents, bring great economic losses to the company, damage the reputation of the company, and even lead to casualties. Before the quality management system and the Six Sigma side attracted everyone"s attention to optimizing quality control, many quality control departments relied on unqualified, inconsistent quality inspection methods, or material inspection reports based solely on alloy compositions. Now, with Thermo Fisher Scientific, an analyzer that has made great strides in handheld XRF technology, quality control and inspection personnel can accurately detect thousands of metal alloy samples every day under non-destructive conditions. In fact, even a primary inspector can confidently measure a large number of samples with complete and accurate results. Thermo scientific The Niton XRF analyzer typically has a test time of 1 to 2 seconds. If you extend the test time for a few more seconds, you can get an accurate experiment. Room level test results. There is no need to prepare samples, from metal filaments to finished solder joints, screws, and metal plates – all of which can be accurately detected by the Thermo Fisher Scientific XRF Analyzer. Metals Recycling In recent years, the metal scrap recycling industry has developed extremely rapidly. Faced with a variety of alloy types and uneven material quality, advanced detection methods must be used to conduct fast and accurate analysis and testing on site. In order to adapt to changing market conditions, it is in an invincible position in the fierce competition in the industry. Now, with the advanced Thermo scientific Niton XRF alloy analyzer, a large amount of metal scrap can be inspected and quickly classified. In just a short time, you can get the number and composition. It provides the necessary information for both the purchase and sale parties to make quick and reliable judgments at the time of the transaction. Archaeological/Archieology With the continuous development and innovation of technology, the identification of ancient art and the acquisition of quantitative data from art has become one of the research methods of archaeology and museums. Whether in surveying, excavating on-site mapping, or in the protection of cultural relics or the identification of origin, chemical element data analysis has become a common method. Real-time access to quantitative basic data in the field is important for archaeologists and heritage conservationists. As a leader in handheld X-ray fluorescence analyzers for a long time, the Thermo scientific NitonXRF analyzers provide an on-site non-destructive testing solution for archaeological and heritage workers, whether in the field, in the laboratory, or in museums. This is due to the fact that the Thermo scientific Niton XRF analyzer can select different analysis modes for on-site analysis of various types of environments, such as selecting the alloy analysis mode to analyze the metal elements in the bronzes; selecting the soil or mineral analysis mode for direct analysis Valuable analysis results can be obtained by metal components in ceramics, murals, and environmental surveys of archaeological sites, or by bagging samples after collection. Metal Coating Thickness Analysis (MetalCoating) Electroplating is a process in which a thin layer of other metal or alloy is plated on a metal surface, which is a process of attaching a metal film to the surface of a metal or other material by electrolysis. Prevent metal oxidation (such as rust), improve wear resistance, electrical conductivity, light reflectivity, corrosion resistance (copper sulfate, etc.) and enhance aesthetics. The hand-held alloy analyzer can quickly provide single or multi-layer thickness analysis for various metal coatings, quantitative analysis of alloy composition, and optimization of metal ion content analysis controlled by electroplating solution. Applications include automotive manufacturing, paint and powder coating manufacturing, electroplating plants and PCB copper tube thickness measurement.