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Remote LIBS System
The LiSen Optics Remote LIBS Laser-Induced Breakdown Spectroscopy System is an advanced spectroscopic analysis instrument that integrates high precision, long-range capability, and rapid real-time analysis. By transmitting high-energy laser pulses to distant targets, it generates plasma on the target surface, then collects and analyzes the spectral signals from this plasma to achieve material composition analysis of the target.
The remote LIBS system can extend the capability of LIDAR to detect material composition, enabling not only the detection of chemical molecules but also qualitative and quantitative analysis of almost all elements in solid, liquid, and gaseous phases. Compared to traditional LIBS systems, the remote LIBS system offers greater flexibility and adaptability, making it suitable for on-site elemental detection and analysis in field environments and industrial production lines.
The LiSen Optics Remote LIBS Laser-Induced Breakdown Spectroscopy System is an advanced spectroscopic analysis instrument that integrates high precision, long-range capability, and rapid real-time analysis. By transmitting high-energy laser pulses to distant targets, it generates plasma on the target surface, then collects and analyzes the spectral signals from this plasma to achieve material composition analysis of the target.
The remote LIBS system can extend the capability of LIDAR to detect material composition, enabling not only the detection of chemical molecules but also qualitative and quantitative analysis of almost all elements in solid, liquid, and gaseous phases. Compared to traditional LIBS systems, the remote LIBS system offers greater flexibility and adaptability, making it suitable for on-site elemental detection and analysis in field environments and industrial production lines.
Product Introduction
Remote LIBS System
Product Detail
Specifically, the remote LIBS system uses focusing lenses, dual lenses, or complex optical systems to expand and focus the laser pulses on distant targets. The receiving system typically employs mirrors to prevent chromatic aberration and ensure effective and accurate spectral analysis. When the laser pulses are focused on the target surface, they generate instantaneous high-temperature and high-density plasma. This plasma emits specific spectral signals that contain the elemental information of the target material. The remote LIBS system then uses an optical system to collect these spectral signals from a long distance and transmits them to a spectrometer for analysis and processing.
Remote LIBS System
Product Detail
Specifically, the remote LIBS system uses focusing lenses, dual lenses, or complex optical systems to expand and focus the laser pulses on distant targets. The receiving system typically employs mirrors to prevent chromatic aberration and ensure effective and accurate spectral analysis. When the laser pulses are focused on the target surface, they generate instantaneous high-temperature and high-density plasma. This plasma emits specific spectral signals that contain the elemental information of the target material. The remote LIBS system then uses an optical system to collect these spectral signals from a long distance and transmits them to a spectrometer for analysis and processing.
Applications
Product Advantages and Features
● Non-Contact Analysis: Obtain accurate elemental information without the need to contact or damage samples, making it ideal for valuable, fragile, or hard-to-reach samples.
● Long-Range Detection Capability: The system can detect targets at long distances, allowing for analysis of dangerous, harsh, or hard-to-reach environments from a safe distance.
● Real-Time Rapid Feedback: Fast analysis speed enables the provision of elemental information of the target material in a short time, meeting the need for real-time feedback.
● High Sensitivity and Accuracy: Advanced optical design and signal processing algorithms ensure highly sensitive and accurate analysis results.
● Simultaneous Multi-Element Analysis: Capable of detecting and analyzing multiple elements simultaneously, providing comprehensive information on material composition.
Applications
Product Advantages and Features
● Non-Contact Analysis: Obtain accurate elemental information without the need to contact or damage samples, making it ideal for valuable, fragile, or hard-to-reach samples.
● Long-Range Detection Capability: The system can detect targets at long distances, allowing for analysis of dangerous, harsh, or hard-to-reach environments from a safe distance.
● Real-Time Rapid Feedback: Fast analysis speed enables the provision of elemental information of the target material in a short time, meeting the need for real-time feedback.
● High Sensitivity and Accuracy: Advanced optical design and signal processing algorithms ensure highly sensitive and accurate analysis results.
● Simultaneous Multi-Element Analysis: Capable of detecting and analyzing multiple elements simultaneously, providing comprehensive information on material composition.
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