LIBS Elements analyzer

Benchtop LIBS Analyzer

ATL3800
Laser Induced Breakdown Spectroscopy (LIBS) is ananalytical technique that uses high-energy laser pulsesfocused directly on the surface of a sample to excite theouter electrons of atoms and generate atomic emissionspectra of the plasma.
Delivery
EXWORK
minimum order
1 unit
Country of Origin
Made in China
Quantity
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Description
Laser Induced Breakdown Spectroscopy (LIBS) is ananalytical technique that uses high-energy laser pulsesfocused directly on the surface of a sample to excite theouter electrons of atoms and generate atomic emissionspectra of the plasma.
The Benchtop LIBS Analyzer ATL3800 by Optosky enables simultaneous multi-element analysis with a single button press, detecting elements like Si, Al, Fe, and more. Its exceptional sample compatibility allows for direct analysis of solid samples and efficient processing of liquid samples, reducing handling time.
With a spatial resolution under 100 micrometers, the ATL3800 provides detailed micro-area analysis, making it ideal for industries like metallurgy, geology, and environmental monitoring. As demand for rapid, accurate analytical solutions grows, the ATL3800 stands out in battery manufacturing, semiconductors, and recycling, ensuring high-quality results quickly and effectively.
 
Features
  • Self-contained stratigraphic element change graph
  • Small size:light weight and portable
  • Self-contained standard curve
  • Fast, with data available in 10 seconds
  • Three-dimensional adjustablesample table with automatic rotation
  • Technologically advanced, direct analysis of solid samples such as cores
  • Simple operation and automatic data analysis and processing
  • Direct characterisation of mudstone, shale, limestone,sandstone, dolomite gypsum, igneous rock, etc.
  • Self-contained IPC, touch screen, no external laptop, no peripherals
  • Simultaneous one-button analysis ofmultiple elements, Si, Al, Fe,Ca,Mg,K,Mn,Na,Ti,Ba,Sr, S,CI,P,V,Ni，zr, Th, U, etc.
 
Application
  • Ore Analysis                                                
  • Environmental Analysis
  • Geological Exploration                                       
  • Metallurgy