Introduction: After hundreds of years of silence, microbial detection technology finally ushered in a major technological breakthrough: unlike the traditional and extremely time-consuming cultivation method, a technology that can obtain results instantly was born. The DW-Biolaser902 air microbe online monitor is an all-optical technology monitoring system device originally developed for the defense industry biological counter-terrorism and is now used in the sterile pharmaceutical industry. DW-Biolaser902 can analyze the number of various planktonic bacteria particles (including bacteria, fungi, spores, etc.) in the air in real-time, uninterrupted, and accurate to the particle size. Biolaser902 uses the autofluorescence of the metabolites in the microorganisms to identify bacteria; measures each particle one by one, and the monitoring is carried out in real time; only needs to be turned on to sample, and the results can be obtained in real time. Technical parameter: Instrument model and principle: The principle of Biolaser902 is to use the Mie scattering principle to measure particle size; use the autofluorescence of the metabolites in microorganisms to identify bacteria; measure each particle one by one, and monitor in real time; just start the sample and get the result immediately. Instrument use: Laser-induced fluorescence technology is used to determine the activity of particles, and real-time detection of planktonic bacteria particles (including bacteria, fungi, spores, etc.) in various air (normal air or clean air). Particle size range: 0.5~25μm (customizable) Planktonic bacteria detection: laser-induced fluorescence activity of planktonic bacteria particles is used for detection, and the activity determination model uses 1 fluorescence detection channel and 1 scattered light detection channel. Minimum resolution: 1 microbial particle Sampling flow: ≥2L/min (customizable) Excitation light source: 405nm semiconductor laser Maximum detection concentration: 5000 microbial particles per second Detection cycle: 1 minute (customizable) Continuous air monitoring: The Biolaser air microbial online monitor can sample user-defined air volumes or provide continuous real-time result analysis. Continuous monitoring provides continuous monitoring of microbial contamination trends, greatly increasing the accuracy of environmental monitoring. Random monitoring software: The DW-biomaster software provided with the system provides a graphical sample environment; thus, once the air microbial pollution is detected to exceed the standard, immediate action can be taken. Power consumption: 12W (available for lithium battery power supply) Working environment: temperature 5-40 degrees Celsius, humidity less than 90%RH Dimensions: 550mm (length) × 225mm (width) × 248mm (height);
Introduction: After hundreds of years of silence, microbial detection technology finally ushered in a major technological breakthrough: unlike the traditional and extremely time-consuming cultivation method, a technology that can obtain results instantly was born. The DW-Biolaser902 air microbe online monitor is an all-optical technology monitoring system device originally developed for the defense industry biological counter-terrorism and is now used in the sterile pharmaceutical industry. DW-Biolaser902 can analyze the number of various planktonic bacteria particles (including bacteria, fungi, spores, etc.) in the air in real-time, uninterrupted, and accurate to the particle size. Biolaser902 uses the autofluorescence of the metabolites in the microorganisms to identify bacteria; measures each particle one by one, and the monitoring is carried out in real time; only needs to be turned on to sample, and the results can be obtained in real time.
