What is a Spectrofluorometer / Fluorescence spectrometer?

A spectrofluorometer (fluorescence spectrometer) is an instrument that utilizes the property of certain substances to absorb light at a specific wavelength and then emit light at a different wavelength. It is used to analyze the fluorescence characteristics of materials and is employed across various fields such as chemistry, environmental analysis, life sciences, medicine, and the food industry.

The basic working principle of the spectrofluorometer involves shining excitation light onto a sample and measuring the emitted fluorescence from the sample. The excitation light and the emitted fluorescence have different wavelengths, allowing for the sensitive detection of specific chemical components within the sample. The spectrofluorometer performs quantitative and qualitative analysis by spectrally resolving fluorescence intensity and wavelength.

This device is known for its high sensitivity, making it suitable for analyzing even trace amounts of substances. It is used in applications such as environmental pollution trace analysis, pharmaceutical ingredient analysis, and the detection of biomarkers.

Application of Spectrofluorometer / Fluorescence spectrometer

✅ Environmental Pollution Trace Analysis
Analyzes trace amounts of harmful substances and pollutants in water or air, identifying pollution sources.
✅ Pharmaceutical Ingredient Analysis
Quantifies pharmaceutical or chemical components by analyzing their fluorescence characteristics.
✅ Detection of Biomarkers
Detects disease-related biomarkers in biological samples such as blood or urine.
✅ Food Quality Control
Analyzes the fluorescence of food components and additives to verify quality and safety.

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