ZHZ-LBS01 adopts laser-induced breakdown spectroscopy (LIBS) technology, which focuses directly on the surface of the sample by emitting high-energy laser pulses. The laser energy instantly excites the outer electrons of the sample atoms, causing them to generate plasma. Plasma emits light with specific wavelengths during the demagnetization process, which is collected by a CCD detector array and analyzed by a computer to obtain information about various elements in the sample, achieving qualitative and quantitative analysis.
Efficient and accurate elemental analysis is crucial in the research, production, and recycling of lithium materials. ZHZ-LBS01 handheld LIBS rapid detector (lithium material), with its advanced technology and excellent performance, brings a new solution for lithium material detection.
ZHZ-LBS01 adopts laser-induced breakdown spectroscopy (LIBS) technology, which focuses directly on the surface of the sample by emitting high-energy laser pulses. The laser energy instantly excites the outer electrons of the sample atoms, causing them to generate plasma. Plasma emits light with specific wavelengths during the demagnetization process, which is collected by a CCD detector array and analyzed by a computer to obtain information about various elements in the sample, achieving qualitative and quantitative analysis.
Simultaneous analysis of multiple elementsIt can perform qualitative and quantitative analysis on multiple elements simultaneously, and can detect elements such as Li, Be, Rb, Cs, Na, Ni, Mn, Al, Cu, etc., covering key elements of concern in lithium material research and production processes. With one detection, rich data can be obtained, greatly improving detection efficiency.
lightweight and portableThe whole machine weighs only 1.9KG (including battery), with a lightweight body that is easy to carry. Whether it is conducting ore testing in field mines or moving lithium batteries between different workshops for testing, it can be easily operated. Long standby time, worry free battery life, meeting the needs of long-term work.
Excellent compatibility of sample morphologyFor solid samples, there is no need for complex preprocessing and direct analysis, making it a powerful tool for rapid screening. Faced with liquid samples, rapid phase transition enrichment technology can be used to process and detect them in a short period of time, adapting to various forms of lithium material detection scenarios.
Advantages of Light Element DetectionIt can measure light elements such as C, N, O, Li, Be, and B (Z<12), effectively compensating for the shortcomings of XRF technology in detecting light elements and providing more accurate data for a comprehensive understanding of the composition of lithium materials.
Excellent spatial resolution abilityCapable of spatial resolution below 100 microns, able to perform micro area analysis on sample surfaces, and achieve precise thickness analysis, meeting the needs of microstructure research and quality control of lithium materials.
Light source typeUsing pulsed laser, stable and reliable, providing sufficient energy for detection.
Measurement content rangeThe measurement range of content is from ppm to percentage, which can accurately measure both trace impurity elements and main components.
Detection TimeThe detection time can be flexibly set between 1-30 seconds, and users can choose the appropriate duration according to their actual needs, balancing detection efficiency and accuracy.
laser wavelengthThe laser wavelength is 1535nm, which helps to improve the detection sensitivity of various elements in lithium materials.
Laser lifespanThe laser has a long lifespan, can excite up to 1 billion times, reduces usage costs, and ensures long-term stable operation of the equipment.
test objectSuitable for lithium material samples in various forms such as blocks, sheets, powders, etc.
detection limitThe detection limit is as low as 5ppm, which can detect extremely trace elements and ensure the accuracy of the detection results.
safety performanceUsing eye safe laser, it ensures the safety of operators without affecting detection performance.
waterproof performanceEquipped with IP54 waterproof and dustproof performance, it can effectively prevent splashing water and dust from entering the interior of the equipment and adapt to various complex working environments.
instrument stabilityThe instrument has strong stability, with a relative standard deviation (RSD) of less than 10%, ensuring the reliability and high repeatability of each test result.
runtimeOne charge can run continuously for 6 hours, meeting the requirements of long-term operations and reducing detection interruptions caused by insufficient power.
Laser coolingUsing temperature control technology to cool the laser, ensuring that it operates in a stable temperature environment and improving its performance and lifespan.
databaseBuilt in rich databases covering common lithium materials such as clay type lithium minerals, spodumene, and lithium batteries, facilitating users to quickly compare and analyze detection results.
Ore detectionIn the process of ore exploration and mining, it is possible to quickly and accurately analyze the content of lithium and other metals in the ore. On site inspection can help geologists timely judge the quality of ore, determine mining value, reduce sampling and transportation costs, and improve exploration efficiency.
Lithium ore mining and selectionTraditional lithium mining requires sampling at multiple points on site and sending it to the laboratory for analysis, which not only results in a large amount of waste samples, but also consumes time and energy. By using ZHZ-LBS01, accurate analysis results can be obtained on-site without the need to transport heavy samples, greatly accelerating the mining and exploration process and improving overall efficiency.
Lithium battery recyclingIn the lithium battery recycling industry, accurate measurement of lithium and other element content in batteries is crucial for recycling processes and cost control. ZHZ-LBS01 can achieve precise measurement, help recycling enterprises better evaluate battery value, optimize recycling processes, improve recycling efficiency, and achieve efficient utilization of resources.
Material Composition Identification (PMI)In the metal manufacturing and processing industry, it is used for quality control of materials related to lithium batteries. It can perform composition analysis and alloy grade identification on raw materials, key components, welds, etc. to ensure that product quality meets standards.
The ZHZ-LBS01 handheld LIBS rapid detector (for lithium materials) has become a powerful assistant in the field of lithium material testing with its advanced technical performance and wide application scenarios, providing strong support for promoting the development of the lithium materials industry.
