ZHZ-LBS uses laser-induced breakdown spectroscopy (LIBS) technology, and during detection, the instrument emits high-energy laser pulses focused on the surface of the sample. Laser energy excites the outer electrons of sample atoms, generating plasma. When plasma is demagnetized, it emits light of a specific wavelength, which is collected by a CCD detector array and then processed and analyzed by a computer to determine the elemental composition of the sample, achieving qualitative and quantitative analysis of the alloy.
In alloy testing related work, rapid and accurate analysis of alloy composition is crucial. The ZHZ-LBS handheld alloy laser-induced breakdown spectrometer, with its technological advantages and practical performance, has become a powerful helper for alloy detection.
ZHZ-LBS utilizes laser-induced breakdown spectroscopy (LIBS) technology. During detection, the instrument emits high-energy laser pulses that are focused on the surface of the sample. Laser energy excites the outer electrons of sample atoms, generating plasma. When plasma is demagnetized, it emits light of a specific wavelength, which is collected by a CCD detector array and then processed and analyzed by a computer to determine the elemental composition of the sample, achieving qualitative and quantitative analysis of the alloy.
Simultaneous analysis of multiple elementsIt can perform qualitative and quantitative detection of multiple elements at once, with a wide range of detectable elements that can cover most of the elements in the periodic table. With one detection, rich alloy composition information can be obtained, effectively improving detection efficiency.
Advantages of Light Element DetectionIt can accurately detect light elements such as aluminum (Al), beryllium (Be), magnesium (Mg) (Z<12), which makes up for the shortcomings of some detection technologies in light element detection and makes alloy composition analysis more comprehensive and accurate.
high safety performanceAdopting a safe design, the detection process is radiation free. The equipped laser meets the Class 1 safety level standard, ensuring eye safety and guaranteeing the personal safety of operators.
lightweight and portableThe whole machine, including the battery, weighs only 1.75kg, which is lightweight and easy to carry. The battery life is up to 8 hours, which can be used at any time whether in the workshop or outdoors, meeting the needs of mobile detection.
Outstanding compatibility of sample morphologySolid alloy samples do not require complex pretreatment and can be directly detected for convenient and rapid screening. It can adapt to alloy samples of various shapes, whether they are regular blocks, flakes, or samples with special shapes, and can be tested normally, with a wide range of applicable scenarios.
Instrument weight1.75kg (including battery), easy to carry and operate.
drivePowered by batteries, with a battery life of 8 hours, it can meet the needs of long-term testing work.
Detection TimeEach detection only takes 2 seconds, with fast detection speed and time savings.
Operating Temperature0-40 ℃, capable of stable operation in common working environment temperatures.
cameraEquipped with a micro area camera and a camera for easy observation of sample details and recording of testing site conditions.
power supplyUsing lithium-ion batteries, the power supply is stable and reliable.
laserThe wavelength is 1535nm, which belongs to the category of eye safe lasers and is safe to use.
Storage temperature-20-60 ℃, with no strict requirements for storage environment, easy to store.
One shot is versatileOne instrument can automatically identify multiple alloys and has rich functions.
waterproof performanceMeets IP54 standards, has certain waterproof and dustproof capabilities, and can be used in complex environments.
built-in databaseCovering common element information of various alloys such as aluminum alloy, copper alloy, and iron alloy, the grade library also supports users to edit and add them themselves, making it convenient for users to compare and analyze test results.
operating systemAndroid system, easy to operate, in line with public operating habits.
data transmissionSupports multiple transmission methods such as Bluetooth, 4G, WIFI, USB, and GPS for easy data transfer and sharing.
data formatOutput data in xlxs format for easy data organization and analysis.
data storage16GB storage capacity, capable of storing a large amount of detection data.
display5-inch LCD capacitive touch screen, adjustable brightness, intuitive operation, clear display.
detection limitAs low as 0.05%, it can detect trace elements and ensure the accuracy of the detection results.
stabilityThe relative standard deviation (RSD) of major elements is less than 1%, and the RSD of non major elements is less than 5%. The instrument has good stability and the detection results are reliable.
operationOne click detection, simple operation, can quickly perform qualitative and quantitative analysis of elements, and automatically identify hundreds of alloy grades.
Alloy testingSuitable for various alloy testing, such as rapid identification of metal composition during scrap metal recycling, as well as quality testing of various alloys such as high-temperature alloys, alloy steel, stainless steel, aluminum alloys, etc. Even in complex working conditions, it can work normally and meet the testing needs of different industries.
Material Composition Identification (PMI)The role of quality control in the metal manufacturing and processing industry is significant. It can perform composition analysis and alloy grade identification on key components, raw materials, welds, and other materials to ensure product quality meets standards, which helps improve production efficiency and reduce costs.
The ZHZ-LBS handheld alloy laser-induced breakdown spectrometer, with its advantages in technology, performance, and application, provides a practical and effective solution for alloy detection and is a reliable choice for alloy detection work.
