The LIBS portable elemental analyzer is an advanced spectroscopic analysis instrument that integrates laser-induced breakdown spectroscopy technology with modern spectral analysis methods.
This device is lightweight and portable, offering features such as ease of operation, high analysis speed, no requirement for sample preparation, minimal surface damage, small spot-size detection, and simultaneous real-time multi-element analysis.
It provides accurate grade identification and quantitative elemental analysis of metallic materials and is particularly well suited for the detection of light elements such as magnesium, aluminum, and silicon.
The analyzer delivers an efficient and reliable elemental analysis solution for metallic materials, molten metals, and related industries, enabling users to perform precise, real-time analysis of samples even in complex operating environments.
Applications of the Portable LIBS Elemental Analyzer:
- Automotive component manufacturing
- Steel smelting and metallurgy
- Power generation and electrical industries
- Aerospace industry
- Mining and geology
- Metalworking and fabrication
- Scrap metal recycling
- Construction materials industry
- Electronic equipment manufacturing
Portable LIBS Analysis
Its ability to analyze all elements, including light elements such as Li, Be, B, Cs, and Cl, makes it particularly valuable for:
- Origin determination of Emeralds and Paraiba tourmaline
- Beryllium diffusion detection in Ruby and Sapphire
- Identification of mineral species in tourmaline, garnet, and other solid-solution systems
Bench-Top LIBS Analysis
A bench-top Laser-Induced Breakdown Spectroscopy (LIBS) system is a laboratory-based analytical instrument used for high-precision elemental analysis. It employs a high-energy Nd:YAG 1064 nm laser to ablate a microscopic area of a prepared sample, generating a high-temperature plasma composed of atoms, ions, and electrons.
Owing to its stable optical configuration and controlled measurement conditions, bench-top LIBS enables reliable quantitative and semi-quantitative analysis of major, minor, and trace elements, including light elements such as Li, Be, B, Cs, and Cl.
