LIBS 3000 Online Laser-Induced Degradation Spectrometer
The LIBS 3000 Online Laser-Induced Breakdown Spectrometer is a premium industrial process analysis system specifically designed for real-time material composition monitoring and control.
Utilizing Laser-Induced Breakdown Spectroscopy (LIBS) technology, it combines the detection probe and control cabinet into a single unit. Built-in functions include automatic detection distance control, dust and smoke protection, automatic temperature regulation, and one-touch local/remote operation. It can perform non-contact, non-destructive rapid composition analysis on various solid and powder samples. With features such as fast analysis speed, high accuracy, excellent repeatability, and ppm-level detection sensitivity, it has become a powerful tool in industries such as metals and minerals to improve product quality, optimize production processes, and promote industrial automation.
Gallery
Features
Coal quality analysis
Metal Materials
Geological survey
Steel Melting
Technical Parameters
| Principle | Laser Induced Breakdown Spectroscopy (LIBS) |
| Detectable samples | Solid, melt |
| Detectable Elements | Elements with a concentration greater than 0.01% (related to test conditions) |
| Detectable distance | 0.2m~1m |
| 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 | 600mm x 290mm x 200mm |
| Industrial probe weight | 27kg |
| Industrial Power Supply | AC220V±10%，200W |
| Working temperature | Standard Temperature 0~40℃, Recommended Temperature 5~35℃ |
| Maintenance | Optical component cleaning |
Advantages
Millisecond-Level Detection
LIBS technology utilizes laser pulses to excite samples and generate plasma, with spectral signals rapidly captured and analyzed. A single detection cycle is typically completed within 1 millisecond, making it ideal for real-time monitoring requirements in large-scale industrial production.
Multi-element Simultaneous Detection
No sample pretreatment is required, allowing for direct and accurate detection of solid, powder, or molten samples. The ability to simultaneously measure dozens of major and trace elements significantly enhances analytical efficiency.
Fully Automatic Operation Process
The system provides fully automated control throughout industrial production, enabling real-time monitoring of compositional dynamics while reducing manual intervention. It supports long-term unmanned operation and automatic feedback of abnormal data, offering precise support for closed-loop production control and full-process quality traceability.
ppm Level LOD
The system uses a high-energy, high-frequency pulsed excitation light source technology that offers ultra-low detection limits (ppm level) and high sensitivity. It enables precise analysis of elemental spectral characteristics, providing reliable data support for both industrial quality control and scientific research innovation.
Intelligent Analysis Software
By using proprietary core algorithms, it integrates big data models and multi-source databases to achieve intelligent diagnostics and predictive analysis. Detection data is synchronized with the cloud in real time, supporting remote monitoring and automatic report generation.
Radiation-free and safe operation
The system requires no chemical reagents or consumables, emits no radiation, eliminates the need for sampling, and produces no toxic by-products; it provides completely green detection by fully complying with environmental standards throughout the entire process.