X-1688 LIBS Aluminum Alloy Analyzer

A summary of the features of the handheld LIBS analyzer

LIBS analysis technology fills the gap and deficiency of traditional elemental analysis techniques in industrial sites, such as handheld X-ray fluorescence machines and portable spark direct reading machines, with its unique performance. Together with handheld X-ray fluorescence machines and portable spark direct reading machines, it has become an essential device for on-site elemental analysis and an essential tool for those engaged in on-site aluminum alloy analysis. The main characteristics of LIBS analysis technology are:

Safe, radiation-free, and overcomes the shortcomings of traditional elemental analysis techniques in industrial sites

Fast analysis speed and simple operation

Unparalleled light element analysis performance, a gap in traditional element analysis techniques in industrial sites

The test light spot is small, making it particularly suitable for the analysis of materials in tiny areas and the analysis of coatings/films. LIBS has a unique advantage

It can simultaneously analyze multiple elements and integrate the advantages of traditional element analysis technologies in industrial sites

Matrix morphology diversity - can detect almost all solid samples

Product Features

It is safe and free of X-ray radiation. There is no need to apply to the environmental protection bureau for a license to use radiation instruments, and there is no need to hire a third-party environmental assessment company to issue an environmental assessment report for radiation instruments on a regular basis every year. Users can operate with confidence without worrying about irreversible damage to their bodies caused by radiation accumulation.

2. Ultra-fast identification of alloy grades, with aluminum alloys taking only 1-2 seconds.

3. One-click design, very simple operation, no need for professionals to operate;

4. Wide testing range: Built-in argon gas cylinder, which can quickly determine light elements such as C,Si,Li,Be and B The standard configurations include but are not limited to C, B, Li, Be, Na, Mg, Al, Si, Ca, Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Zr, Nb, Mo, Ag, Cd, Sn, Sb, Se, W, Au, Pb, and Bi. It can be added according to customer requirements

5. Android intelligent operating system, which can load the latest APP application software at any time

6. Ultra-long standby time, equipped with two rechargeable lithium batteries, each battery can be continuously tested for at least 10 hours.

7. Sapphire test window, high strength, effectively prevents damage to the window film

8. The maintenance cost is low, and there are no expensive vulnerable parts like XRF detectors

9. It can adapt to the on-site testing environment, has a built-in sample cleaning function, and generally does not require sample preparation

The LIBS X-1688 handheld analyzer dedicated to aluminum alloy can quickly determine the grade of recycled aluminum alloy, providing results in 1 second. It has no radiation and low maintenance costs. It is particularly suitable for incoming material inspection in aluminum alloy production enterprises and metal trading in waste aluminum recycling enterprises. The handheld analyzer for waste aluminum recycling and the aluminum alloy analyzer have occupied a large market share in the field of metal material recycling with its excellent product quality and good customer reputation. It is a powerful detection assistant and tool for waste aluminum recycling enterprises and merchants. Common aluminum alloys 6061, 6063, 1100,3003, 3005, and 3105 can be distinguished and identified within a few seconds. Other analytical techniques take 30 seconds or more to confirm a grade, and it takes a long time to effectively distinguish these three alloys. Alloys capable of quickly identifying subtle differences such as 2014 and 2024; 7050, 7075. Other applications include the analysis of metals (Li, Be, B, Na) and non-metallic elements that other handheld devices cannot detect, such as identifying beryllium copper alloy, aluminum-titanium-boron alloy, and lithium-aluminum alloy grades. Because the detection spots of LIBS are very small, it provides an effective and rapid detection method for the composition of ultra-small and ultra-thin materials, coatings and welds.

Technical Specifications of X-1688 LIBS Laser Analyzer