BJ-GONGJ Fully Automatic Bioaerosol Sampler Introduction: The fully automatic bioaerosol sampler can efficiently collect trace bioaerosol particles and soluble chemical vapors in the air. And convert and concentrate it into a liquid sample for subsequent detection and analysis. The unique sampling structure enables the sampler to efficiently collect data from viruses to bacteria. Scientifically design a disposable sterilization collection module to prevent cross contamination during multiple on-site collection processes. This sampler has a large collection flow rate and high enrichment efficiency. The collection personnel only need a short time to obtain high concentration aerosol samples. The subsequent processing of liquid samples is highly flexible. Designed two working modes: continuous sampling and interval sampling. The main function of continuous sampling is to continuously output the sample liquid through a peristaltic pump during the sampling process, or to output the sample liquid immediately after the sampling is completed for the next step of testing. The output flow rate of the sample liquid can be adjusted. The main function of interval sampling is to automatically perform multiple samplings on a certain sampling point and automatically deliver the sample solution to the designated sampling tube. In this sampling mode, the start time of sampling can be scheduled, the single sampling time can be set, the time interval between each sampling, the number of samples collected, and one click start can automatically perform multiple consecutive samplings, and the sample liquid can be automatically transported to the designated sampling tube in sequence. The sampling process is automatically cleaned between two samplings, and the machine will automatically stop after the sampling is completed. It operates unmanned and fully automatic intelligently. It can be widely applied in fields such as environmental and pollution monitoring research, food and pharmaceutical industry, animal husbandry, and biological and public health monitoring research. characteristic: 1. Innovative aerosol separation collection and cyclone capture technology; 2. Realize automatic fluid replenishment and automatic fluid discharge; 3. Unmanned, fully automated and intelligent operation; 4. Large flow, high collection efficiency, and high concentration; 5. The sampling time can be set arbitrarily, and there are two modes of continuous sampling interval sampling. Technical parameters: Weight: 8.8kg Power supply: DC12V, battery powered for 3 hours Flow rate: 400L/min Collection efficiency: cutting point 0.78 μ m Single sample size: 3ml Liquid storage bottle: 100ml Dimensions: 550 * 300 * 500mm Sampling quantity: 1-16 Working temperature: -15 ℃~45 ℃
Introduction: The fully automatic bioaerosol sampler can efficiently collect trace bioaerosol particles and soluble chemical vapors in the air. And convert and concentrate it into a liquid sample for subsequent detection and analysis. The unique sampling structure enables the sampler to efficiently collect data from viruses to bacteria. Scientifically design a disposable sterilization collection module to prevent cross contamination during multiple on-site collection processes. This sampler has a large collection flow rate and high enrichment efficiency. The collection personnel only need a short time to obtain high concentration aerosol samples. The subsequent processing of liquid samples is highly flexible. Designed two working modes: continuous sampling and interval sampling. The main function of continuous sampling is to continuously output the sample liquid through a peristaltic pump during the sampling process, or to output the sample liquid immediately after the sampling is completed for the next step of testing. The output flow rate of the sample liquid can be adjusted. The main function of interval sampling is to automatically perform multiple samplings on a certain sampling point and automatically deliver the sample solution to the designated sampling tube. In this sampling mode, the start time of sampling can be scheduled, the single sampling time can be set, the time interval between each sampling, the number of samples collected, and one click start can automatically perform multiple consecutive samplings, and the sample liquid can be automatically transported to the designated sampling tube in sequence. The sampling process is automatically cleaned between two samplings, and the machine will automatically stop after the sampling is completed. It operates unmanned and fully automatic intelligently. It can be widely applied in fields such as environmental and pollution monitoring research, food and pharmaceutical industry, animal husbandry, and biological and public health monitoring research.
