Laser ablation laser-induced breakdown spectroscopy composite system

J200 LA-LIBSLaser ablation laser-induced breakdown spectroscopy composite systemThe ability to quickly and accurately identify complex LIBS emission peaks helps analysts effectively process LIBS peaks and obtain quantitative results, greatly reducing data analysis time. The time-resolved ICP-MS signal can also be very smooth, and TRSD (time relative standard deviation) statistical values can be easily obtained. It can instantly monitor the LIBS emission peak intensity of selected elements and reveal changes in element composition at different sample depths. This software enables analysts to visualize the concentration range of all elements in the entire periodic table from ppb to%.

Product features:
1. The J200 system is a compact and modular system designed for dual LA/LIBS performance, with a focus on its modular system design;
2. Automatic adjustment of sample height to ensure consistency of laser ablation. J200 adopts an automatic height adjustment sensor, which is designed to take into account the morphological changes on the sample surface;
3. Flex sample chamber with interchangeable embedded modules to optimize airflow and particle flushing performance based on measurement objectives (principal component analysis, inclusion analysis, high-resolution depth analysis, elemental imaging, etc.);
4. Compact micro collection tube design to eliminate degassing and memory effects, dual channel high-precision digital mass flow controller and electronic control valve;
5. LIBS chemical metrology software for discrimination and classification analysis, multifunctional sampling methods: full analysis, micro area&inclusion analysis, depth analysis and elemental imaging, low maintenance cost;
6. The application spectrum Flex sample chamber is equipped with interchangeable embedded modules to optimize the transport gas flow rate and particle flushing performance.

J200 LA-LIBSLaser ablation laser-induced breakdown spectroscopy composite systemThe PCA tool in software is an ideal method for classifying or identifying various samples (including glass, paint, ink, plastic, geological minerals, etc.) using LIBS, mass spectrometry, or two spectra. It can instantly monitor the LIBS emission peak intensity of selected elements and reveal changes in element composition at different depths of the sample. DepthTracker? Identifying contaminants on the surface of the sample, performing coating analysis, understanding the structure of the film, and identifying inclusions beneath it is a highly valuable function that allows for easy estimation of integrated strength and RSD values. At the same time, time-resolved ICP-MS signals can also be very smooth and statistical values of TRSD (time relative standard deviation) can be easily obtained.