HighPrecision Bioaerosol Sampler Factory Leading China Suppliers of CA1300
The Bioaerosol Sampler is a high-precision instrument engineered for the efficient capture of airborne biological particles, including bacteria, fungal spores, viruses, and pollen. Utilizing an advanced wet-cyclone operation mechanism, this device provides critical data for environmental monitoring, public health surveillance, and microbiology research, ensuring the precise collection of pathogens from ambient air, livestock environments, and human-related zoonotic sources.
Designed for versatility and rigor, the sampler is fully validated for use with qPCR and Sequencing analysis, allowing for rapid identification of infectious disease routes and microbial distribution. Whether deployed in pharmaceutical cleanrooms, hospitals, or public transit hubs, this portable solution empowers professionals to maintain stringent air quality standards and prevent the spread of hazardous bioaerosols in diverse industrial and urban settings.
Detailed Parameters
| Model | CA-1-300 | Air Flow Rate | Low 150L/min; High 300L/min |
|---|---|---|---|
| Running Time | 1-15min | Collected Particle Size | ≥0.8μm |
| Collection Efficiency | D50 | Weight | 990g |
| Overall Dimension | 155×120×220mm | Input Power | 24V Li-ion Battery |
| Control Interface | LCD Touch Screen | Connectivity | Multi-device link |
Key Advantages
Validated Capture
Proven efficiency in capturing zoonotic and human-related viruses, fully validated for high-stakes pathogen monitoring.
Analysis Ready
Seamless compatibility with qPCR and Next-Generation Sequencing (NGS) for rapid molecular biological detection.
Ultra-Portable
Lightweight design (990g) with an integrated Li-ion battery for flexible field deployment and mobile sampling.
Intuitive UI
Featuring an LCD touch screen and friendly user interface to ensure easy operation even for non-technical staff.
Standard Compliance
Developed in accordance with GB/T 38517-2020 and GB/T 39900-2021 technical specifications for bioaerosols.
Cost-Effective
Professional-grade sampling capabilities offered at a reasonable price point for laboratories and enterprises.
Product Gallery
Management Platforms
Public Health Surveillance
Monitor pathogenic microorganisms in air to predict and prevent infectious disease outbreaks.
Industrial Safety
Detect microorganisms in pharmaceutical and food production environments to ensure product safety.
Built Environment Control
Air quality monitoring for hospitals and schools to prevent the spread of allergens.
Ecological Research
Study microbial distribution and the impact of climate change on ambient air quality.
Transit & Venue Monitoring
Ensure safety in rail transit, stadiums, and shopping malls via rapid bioaerosol sampling.
Laboratory Analysis
High-efficiency liquid capture ideal for immediate PCR and immunoassay testing.
Investment Return Comparison
| Feature | Traditional Filter Samplers | Our Wet-Cyclone Sampler |
|---|---|---|
| Analysis Speed | Slow (Requires extraction) | Fast (Direct Liquid Analysis) |
| Virus Viability | Potential degradation | High preservation in liquid |
| Portability | Bulky / Stationary | Ultra-light / Battery powered |
| Compatibility | Culture-based mainly | qPCR, NGS & Culture |
| Operational Cost | High per-sample labor | Low automated workflow |
Frequently Asked Questions
A bioaerosol sampler collects airborne biological particles like bacteria and viruses. In medical device manufacturing, it is essential for monitoring cleanroom air quality and ensuring that production environments remain sterile and compliant with health regulations.
Yes, the device is designed to capture human-related viruses and is compatible with qPCR and Sequencing analysis, which are the gold standards for detecting specific respiratory viral pathogens.
Filter samplers trap particles on a dry membrane, while liquid impact samplers (like our wet-cyclone model) capture particles directly into a liquid medium. Liquid sampling is generally superior for PCR detection as it eliminates the need for complex elution steps.
Higher flow rates (up to 300L/min in our device) allow for the processing of larger volumes of air in shorter times, increasing the probability of capturing low-concentration pathogens in the environment.
Yes, our sampler is designed and validated based on GB/T 38517-2020 and GB/T 39900-2021, ensuring technical specifications meet rigorous sampling and analysis requirements.
Key applications include public health surveillance, pharmaceutical and food manufacturing, hospital infection control, animal husbandry, and air quality monitoring in public venues like stadiums and airports.
