Products and Applications
Biochemical Item Detection
Optical frequency combs can provide a series of equally spaced, highly stable frequency lines. Therefore, in the field of biochemical substance detection, optical frequency combs can be used for high-sensitivity and high-selectivity spectral analysis. By analyzing the absorption or emission characteristics of biochemical substances at specific frequencies of light, qualitative and quantitative analysis of substances can be performed. Since the detection process does not alter or damage the biochemical substances being tested, the detection using optical frequency combs is non-destructive. This makes it important in spectral analysis applications. Moreover, due to the high frequency stability and ultra-low phase noise of optical frequency comb technology, it exhibits high sensitivity when detecting weak signals, making it suitable for trace biochemical substance detection. At the same time, the fast scanning capability of optical frequency combs allows rapid acquisition of spectral information from samples. It can simultaneously and quickly measure multiple biochemical parameters, providing more comprehensive sample information. Typical application areas include: 1) Trace gas detection: Optical frequency comb technology can be used to detect trace gas components in the environment, which is very important for environmental monitoring and safety inspections. 2) Food safety detection: Optical frequency combs can be used to detect contaminants or toxic substances in food, ensuring food safety. 3) Biomolecular medical detection: By analyzing the spectral characteristics of biomolecules, optical frequency combs can help scientists perform precise molecular detection in medical and biological research. They are used to discover disease markers such as cancer, supporting early diagnosis and treatment. 4) Pharmaceutical detection: In drug development and quality control, optical frequency comb technology can be used to analyze drug components, ensuring drug purity and efficacy. 5) Isotope detection: Optical frequency comb technology can simultaneously measure spectral lines of multiple isotopes, improving detection efficiency.
Our company's optical frequency comb can achieve supercontinuum spectral broadening, covering wavelengths from 950nm to 2200nm. It features high comb tooth coherence, high single comb tooth power, and a tunable repetition rate within 10kHz. It can realize dual output at 1560nm/780nm, making it a powerful tool for two-photon imaging and biochemical substance detection.

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