LIBS 5000 Online Laser-Induced Breakdown Spectrometer is an intelligent analysis system specifically designed for liquid composition detection. Utilizing Laser-Induced Breakdown Spectroscopy (LIBS) technology as its core, it enables precise quantitative monitoring of trace elements in liquids.The equipment features an integrated design that deeply combines corrosion-resistant detection probes with intelligent control terminals, paired with a remote cloud data management platform. This allows stable operation in harsh environments including strong corrosion, high salinity, and complex flow conditions.
For liquid samples such as brines and melts, the analyzer employs non-contact spectral excitation technology, enabling rapid qualitative and quantitative analysis of key elements without any sample pretreatment.
LIBS 5000 has become a critical industrial asset with its high sensitivity, rapid response, and real-time analysis capabilities, driving enhanced resource utilization, optimized production processes, and intelligent decision-making to power high-quality development across related industries.
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| Metallurgical Processes |
Environmental Monitoring |
Principle | Laser Induced Breakdown Spectroscopy (LIBS) |
Detectable samples | Liquid |
Detectable Elements | Elements with a concentration greater than 0.01% (related to test conditions) |
Detectable distance | 1m~5m |
Laser wavelength | 1064nm |
Laser safety level | Class 4 |
Memory card | 32G |
Quantitative accuracy | Relative error <10% (depends on testing conditions) |
Operation method | Local control, remote control |
Industrial probe size | 290mm x 560mm x 176mm |
Industrial probe weight | 10kg |
Power supply chassis dimension | 530mm x 430mm x 188mm |
Power supply chassis weight | 17.6kg |
Industrial Power Supply | AC220V±10%,600W |
Working temperature | Standard Temperature 0~40℃, Recommended Temperature 5~35℃ |
Detection Auxiliary Conditions | Cooling gas (compressed air >0.6 MPa), cooling water (circulating water) |
Maintenance | Optical component cleaning |