Introduction: This product is a new type of impact bio-aerosol sampler. Its acquisition design is based on fluid mathematical simulation design. Considering factors such as flow rate, impact velocity and airflow direction, the product has the advantages of low damage and large flow. This product has a large collection flow rate and close to the best impact speed. It can effectively collect environmental microorganisms while maximally protecting biological activity, providing effective samples for various tests. Compared with standard Andersen samplers, it can significantly capture more active biological particles. . In addition, the product has the characteristics of small size, light weight, convenient carrying, simple operation, fast acquisition speed, long standby time and simple maintenance. This product can be sampled using agar medium, or sampled with oil film, collecting particulate matter including bio-aerosol in the air. It can be combined with PCR, LAMP and other detection methods to quickly monitor bacteria, fungi and viruses in the collected samples. By using an oil film, it is also possible to analyze various chemical components in PM2.5, which can be used for the study of ash. This product can be used for on-site sampling of biological emergency emergencies; battlefield biotoxin sampling; it can also be widely used for air microbial sampling in diseases such as disease prevention and control, environmental protection, pharmaceutical, fermentation industry, food industry, biological cleansing, and public places. It is also applicable to the sampling of airborne microorganisms in research and teaching departments. Technical Parameters: Flow range: 1000 L/min Cutting point: 2 μm Capture rate: more than 90% of bacteria, fungi Impact speed: 15 m/s Sampling time: 30 s, 60 s, set by yourself Power supply: AC and DC, battery powered 3.5h Remote control distance: 100m Working angle: 0°～20° (horizontal) Temperature range: -20 ° C ~ 40 ° C Petri dish: φ 90×15 Dimensions: 380 × 140 × 150 Weight: 1.9 kg
Introduction: This product is a new type of impact bio-aerosol sampler. Its acquisition design is based on fluid mathematical simulation design. Considering factors such as flow rate, impact velocity and airflow direction, the product has the advantages of low damage and large flow. This product has a large collection flow rate and close to the best impact speed. It can effectively collect environmental microorganisms while maximally protecting biological activity, providing effective samples for various tests. Compared with standard Andersen samplers, it can significantly capture more active biological particles. . In addition, the product has the characteristics of small size, light weight, convenient carrying, simple operation, fast acquisition speed, long standby time and simple maintenance. This product can be sampled using agar medium, or sampled with oil film, collecting particulate matter including bio-aerosol in the air. It can be combined with PCR, LAMP and other detection methods to quickly monitor bacteria, fungi and viruses in the collected samples. By using an oil film, it is also possible to analyze various chemical components in PM2.5, which can be used for the study of ash. This product can be used for on-site sampling of biological emergency emergencies; battlefield biotoxin sampling; it can also be widely used for air microbial sampling in diseases such as disease prevention and control, environmental protection, pharmaceutical, fermentation industry, food industry, biological cleansing, and public places. It is also applicable to the sampling of airborne microorganisms in research and teaching departments.
