LIBS 5000 Online Laser-Induced Degradation Spectrometer
The LIBS 5000 Online Laser-Induced Breakdown Spectrometer is an intelligent analytical system specially designed for liquid composition detection. Based on Laser-Induced Breakdown Spectroscopy (LIBS) technology, this system enables precise quantitative monitoring of trace elements in liquids. The device features an integrated design that combines corrosion-resistant detection probes with intelligent control terminals and is integrated with a remote cloud data management platform. This ensures stable operation in harsh environments such as strong corrosion, high salinity, and complex flow conditions.
The analyzer for liquid samples such as seawater and melts uses non-contact spectral excitation technology to provide rapid qualitative and quantitative analysis of important elements without any sample pretreatment.
With its high sensitivity, rapid response, and real-time analysis capabilities, the LIBS 5000 has become a critical industrial asset, driving intelligent decision-making processes that support advanced resource utilization, optimized production processes, and high-quality development in related industries.
Gallery
Features
Metallurgical processes
Salt Water Analysis
Environmental monitoring
Technical Parameters
| 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 |
Advantages
Real-Time Online Analysis
The system provides rapid analysis by obtaining composition data within 1 second per measurement, significantly improving detection efficiency. This makes it ideal for applications requiring instant feedback, such as steel melting and coal quality monitoring.
Second Level Analysis
A single laser pulse simultaneously measures multiple key elements covering important industrial composition requirements and provides robust support for comprehensive saltwater component analysis.
Non-Contact Measurement
The system performs direct analysis of flowing liquids through remote laser excitation, eliminating sample contamination and manual errors. It adapts to complex operating conditions such as high temperatures, high salinity, and strong corrosion, ensuring production continuity and data accuracy while also guaranteeing operator safety.
Multi-element Simultaneous Detection
This system enables direct real-time detection of both flowing and static liquids without the need for sample pretreatment, significantly improving production efficiency by replacing traditional offline laboratory analyses with real-time data streaming capabilities.
High Sensitivity and Accuracy
Equipped with advanced LIBS technology, the system offers element detection capability at the ppm level, enabling precise measurement of elemental composition to provide reliable data for production control and quality inspection.
User specific report
Users can customize test reports by adding company logos, spectral graphs, and other sample information, thereby enhancing both the personalization and professionalism of the reports.
Green and Safe
Since the detection process does not require chemical reagents, environmental impact is minimized. The equipment features explosion-proof, dustproof, and waterproof designs, meeting industrial safety standards to ensure the safety of both personnel and production.