Air Microbial Online Monitor

Air Microbial Online Monitor

Model: DW-Biolaser902

Product Introduction:

After a hundred years of silence, microbial detection technology has finally achieved a significant technological breakthrough: unlike traditional time-consuming cultivation methods, a technology that can obtain results instantly has been born. DW-Biolaser902 typeAir Microbial Online MonitorIt is a fully optical technology monitoring system equipment originally developed for the defense industry's biological defense and now used in the aseptic pharmaceutical industry. DW-Biolaser902 can analyze the quantity of various planktonic bacterial particles (including bacteria, fungi, spores, etc.) in the air in real-time, continuously, and accurately down to the particle level. Biolaser902 utilizes the spontaneous fluorescence of metabolic products in microorganisms to identify bacteria; Measure each particle one by one and monitor in real-time; Just turn on the device to sample and get the results instantly.

Technical Specifications:

1. Instrument model and principle: The principle of Biolaser902 is to measure particle size using the Mie scattering principle; Using the spontaneous fluorescence of metabolic products in microorganisms to identify bacteria; Measure each particle one by one and monitor in real-time; Just turn on the device to sample and get the results instantly.

2. Instrument purpose: Using laser-induced fluorescence technology to determine particle activity, real-time detection of planktonic bacterial particles (including bacteria, fungi, spores, etc.) in various types of air (normal air or clean air) can be achieved.

3. Particle size range: 0.5~25 μ m (customizable)

4. Detection of planktonic bacteria: Laser induced fluorescence activity of planktonic bacteria particles is used for detection, and the activity determination model uses one fluorescence detection channel and one scattered light detection channel.

5. Small resolution: 1 microbial particle

6. Sampling flow rate: ≥ 2L/min (customizable)

7. Excitation light source: 405 nanometer semiconductor laser

8. Detection concentration: 5000 microbial particles per second

9. Testing cycle: 1 minute (customizable)

10. Continuous air monitoring: It can sample user-defined air volume or provide continuous real-time result analysis. Continuous monitoring provides continuous monitoring of microbial contamination trends, greatly increasing the accuracy of environmental monitoring.

11. Random monitoring software: The DW biomaster software provided with the system provides a graphical sample environment; Once the air microbial pollution exceeds the standard, immediate action can be taken.

10. Power consumption: 12W (can be powered by lithium batteries)

11. Working environment: temperature 5-40 degrees Celsius, humidity less than 90% RH

12. Dimensions: 550mm (length) x 225mm (width) x 248mm (height);