Algae Analyzer

The Chlorophyll-a analyzer operates by using blue light to excite chlorophyll molecules present in water. These molecules absorb the energy and enter an excited state. Once excited, the chlorophyll emits green fluorescence, with the intensity of the fluorescence being directly proportional to the concentration of chlorophyll-a in the sample. This instrument offers highly accurate chlorophyll-a concentration measurements by detecting and quantifying fluorescence intensity. It is designed with high sensitivity, capable of detecting even extremely low concentrations of chlorophyll, delivering precise analytical results. Its real-time measurement capability allows for rapid assessments, providing instant feedback without delay. Utilizing a non-destructive testing method, the analyzer ensures no damage or contamination to the sample, maintaining sample integrity throughout the process. Based on the principle of fluorescence absorption, the Chlorophyll-a analyzer is a precise, sensitive, and convenient tool for chlorophyll concentration measurement and water quality research. It provides valuable insights into aquatic environments and ecosystems. The analyzer is applicable to a wide range of water bodies and monitoring scenarios, including freshwater, seawater, rivers, ecological research, agriculture, and aquaculture fields.

The blue-green algae analyzer features highly sensitive detection capabilities, enabling the measurement of extremely low concentrations of cyanobacteria in a short period of time and delivering real-time results. It can simultaneously measure multiple parameters related to cyanobacteria, such as cyanobacterial density and chlorophyll concentration, providing comprehensive analytical data. The instrument utilizes a non-destructive testing method that does not damage or contaminate the sample, thus preserving its integrity. Its automated functions—including sample collection and measurement execution—greatly enhance measurement efficiency and reduce labor costs. This analyzer is suitable for a wide range of aquatic environments such as lakes, rivers, and reservoirs, as well as for use in aquaculture and environmental monitoring. It offers precise solutions for cyanobacteria monitoring and helps researchers gain deeper insights into the distribution, growth patterns, and water quality conditions associated with cyanobacteria. With its high sensitivity, fast measurement, and multi-parameter monitoring capabilities, it serves as a critical tool for environmental monitoring and ecological research by delivering accurate data on cyanobacterial concentrations and related parameters.