High flow air microbial enrichment sampler

DW-APE300 modelHigh flow air microbial enrichment samplerThe innovative DW-APE "Air liquid Particles Enrichment" wet cyclone microbial enrichment sampling technology was adopted to directly collect microbial aerosols from high flow air samples exceeding 1000 liters into liquid and concentrate them into liquid biological particles. By efficiently collecting indoor and outdoor air microbial aerosols in a few minutes, and then combining traditional cultivation methods with rapid microbial detection methods such as PCR technology, gene sequencing, and other detection methods, bacteria, fungi, viruses, etc. can be quickly detected in the collected samples, which can specifically analyze the aerosol infectious sources of microorganisms (such as bacteria, viruses, molds, pollen, spores, etc.) in the ambient air.It can be widely used for microbial sampling in the fields of disease control, pharmaceutical clean rooms, air purification breeding areas, ICU wards, negative pressure ambulance vehicles, biosafety laboratories, and public places.

Wet cyclone microbial enrichment sampling technology:

Product Features:

1. The application of the new DW-APE wet cyclone microbial enrichment sampling technology is superior to traditional air sampling methods;

2. Particulate matter in the air can be directly collected into a proprietary microbial activity preservation solution, which can be used for rapid detection in the future;

3. High sampling efficiency and high viability rate;

4. Large collection flow, suitable for long-term monitoring and sampling;

5. Diversified sample collection to meet various rapid analysis and detection technologies;

6. The instrument is compact and lightweight, with a full touch screen operation and simple and fast operation.

Technical parameters:

1. Collection object: Aerosols carrying bacteria, fungi, spores and other microorganisms in various air environments;

2. Working principle: Wet cyclone microbial enrichment sampling technology is used to enrich aerosol infectious sources in the air into the collection solution. PCR technology, flow cytometry technology, gene sequencing and other detection methods can be combined to achieve rapid detection of microorganisms in the air;

3. Flow range: 300 L/min

4. Cutting point: 0.5 μ m

5. Sampling solution: less than 15 mL

6. Collection time: 1-10 minutes

7. Operation mode: Full touch screen operation

8. Communication interface and method: aviation interface, communication standard is RS485

9. Power supply: 220V AC power supply

10. Temperature range: 0 ℃~40 ℃

11. Weight: 2.8kg

12. Dimensions: 155 × 180 × 355mm (excluding handle)