Laser gas sensing technology plays an important role in cutting-edge research at universities and research institutes, providing a range of high-performance modular products and equipment to support spectroscopic experiments, gas detection and precision optical measurements. The products cover laser controllers, gas absorption cells, automatic gas mixing systems, lock-in amplifiers, dual source light combs, optical resonance cavities, photoacoustic cavities and more. At the same time, the company also provides complete laser spectrum analyzer equipment for scientific research users to carry out cutting-edge experiments, help high-level paper publication and cutting-edge technology breakthroughs.

Modular Experimental Component Support:

1. Laser Controller and Light Source Module: Provide research users with high-precision and stable laser output to meet the demand for specific wavelength and power.

2. Gas Absorption Cell and Optical Resonant Cavity: Used for high sensitivity gas absorption spectroscopy experiments to study gas molecular properties and optical interaction.

3. Automatic Gas Mixing System: Can precisely mix and control the concentration of multiple gases, providing controlled environmental parameters for experiments.

Scientific Research Laser Spectrum Analyzer:

1. Provide complete laser spectrum analyzers for universities and research institutes for greenhouse gas detection, high-precision chemical analyses and optical experiments, supporting cutting-edge experiments and frontier research.

2. Support research teams to publish academic papers with high quality by customizing equipment to meet experimental needs.

Traditional Methods: Using traditional light sources or spectroscopic instruments, the optical efficiency is low, and the system is complex, making it difficult to meet the sensitivity and precision requirements of cutting-edge experiments

Laser Sensing Advantages:

• High Sensitivity and High Resolution: Support ppm-level or even ppb-level gas detection

• Modular Design: Suitable for flexible construction of experiments to meet diversified research needs

• Highly Integrated Equipment: Reduce the time and complexity of experiment construction for researchers