Tunable Diode Laser Absorption Spectroscopy (TDLAS) is a highly sensitive gas detection technology, widely used in research experiments for studying the absorption properties of gas molecules, environmental gas detection and real-time monitoring of dynamic reaction processes. The TDLAS spectroscopy platform from LaSense Technology provides a complete experimental solution tailored for universities and research institutes, covering all core modules from laser control to data analysis, allowing researchers to quickly set up experimental systems and focus on innovative research. The platform modules include ultra-low noise laser controller, 1:2000 automatic gas mixing system, long-path gas cell, phase lock-in amplifier and spectral data analysis software, etc., providing strong technical support for conducting cutting-edge gas spectroscopy research.

1. Rapidly Set up the Experimental Platform: Through the modular design, users can flexibly combine the platform components like Lego building blocks, complete the deployment of the experimental system within one hour, and quickly enter the experimental state. No need for complex debugging, components greatly simplify the process of experiment preparation, such as optical fiber plug-and-play design, automated gas mixing operation.

2. Gas Detection Experiments: The use of long-path gas cell and phase lock-in amplifier, the study of low concentration of gas absorption characteristics, while through the automatic gas mixing system to flexibly adjust the gas components and concentration, to carry out dynamic reaction monitoring.

3. Real-Time Data Acquisition and Analysis: Through the spectral data analysis software, users can collect spectral data in real time, call the built-in gas absorption model library, complete the data processing and results analysis, greatly improving the efficiency of scientific research.

Traditional Method: Researchers need to design and build spectroscopy experiment system by themselves, involving complex optical and electronic engineering and time-consuming system debugging. Conventional data acquisition and processing software has a single function, making it difficult to adapt to diversified experimental needs.

Advantages of TDLAS Platform:

• Rapid Deployment: Modular design and plug-and-play components shorten experiment setup from days to an hour

• High Sensitivity and Versatility: Support for low concentration gas detection, suitable for a variety of experimental needs

• Comprehensive Technical Support: The platform provides detailed technical documentation and rapid response technical support to lower the threshold of use