ASTF1 Bioaerosol Sampler Detection Device China Suppliers Factory
The ASTF-1 Bioaerosol Sampler & Detection Device represents a breakthrough in environmental monitoring, integrating high-efficiency aerosol collection with fully automated nucleic acid extraction. Designed for critical environments, this system enables the rapid detection of zoonotic, swine, ruminant, and poultry diseases, ensuring biological safety across pharmaceutical, agricultural, and public spaces.
By utilizing advanced wet-cyclone sampling technology and high-flow capacity, the ASTF-1 delivers exceptional collection efficiency (D50 < 0.6μm) and seamless integration with PCR fluorescence detection. Whether deployed in hospitals, laboratories, or industrial manufacturing sites, it provides real-time, reliable data to mitigate biological risks and maintain strict health standards.
Detailed Parameters
| Model | ASTF-1 | Flow Rate | >300L/min |
|---|---|---|---|
| Sampling Technique | Wet-cyclone sampling | Sampling Time | 5 ~ 15 min |
| Collection Efficiency | D50 < 0.6μm; D90 < 1μm | Detection Method | PCR Fluorescence |
| Fluorescence Channels | FAM, CY5, ROX, HEX | Input Power | 24V 3A |
| Operating Temp | 5°C - 45°C | Sterilization Support | Dry-Heat ≤ 80°C (60 min) |
Key Advantages
High Collection Efficiency
Optimized wet-cyclone technology ensures precise capture of particles down to 0.6μm for maximum detection accuracy.
Automated Extraction
Fully automated nucleic acid extraction minimizes manual error and significantly reduces processing time.
Broad Target Detection
Effective detection of diverse pathogens including African Swine Fever, Avian Influenza, and Tuberculosis.
Remote Monitoring
Supports network-based remote control and real-time data display via a centralized data platform.
Multi-Scenario Use
Ideal for hospitals, rail transit, shopping malls, and food manufacturing facilities for ambient air safety.
Easy Operation
One-button on-site start/stop functionality designed for rapid deployment by non-technical staff.
Product Gallery
Management Platforms
Centralized Data Hub
Aggregate all sampling results into a single, secure data platform for comprehensive analysis.
Remote Device Control
Start and stop sampling processes remotely via network commands without needing on-site presence.
Real-time Alerting
Instant notifications upon detection of targeted pathogens to enable immediate containment.
Sensor Integration
Integrated monitoring of temperature, humidity, and particulate matter for environmental context.
Pathogen Mapping
Visualize detection targets across different locations like stadiums, offices, or farms.
Compliance Logging
Automated logging of sampling times and results to meet pharmaceutical and medical regulations.
Investment Return Comparison
| Metric | Traditional Manual Sampling | ASTF-1 Automated System |
|---|---|---|
| Labor Cost | High (Manual Collection) | Low (Fully Automated) |
| Detection Speed | Days (Lab Transit) | Hours (On-site/Rapid) |
| Error Rate | Moderate (Human Error) | Minimal (Standardized) |
| Coverage Area | Limited Spot Checks | Wide-area Continuous Monitoring |
| Operational ROI | Low (Reactive) | High (Preventative) |
Frequently Asked Questions
The system is designed for a wide range of targets, including zoonotic diseases (Rabies, Tuberculosis), swine diseases (African Swine Fever), ruminant diseases (Brucellosis), and poultry diseases (Avian Influenza).
Wet-cyclone sampling utilizes centrifugal force to concentrate bioaerosols into a liquid medium, achieving high collection efficiency for particles as small as 0.6μm (D50).
Yes, it is specifically optimized for shopping malls, rail transit, stadiums, and exhibition venues to monitor ambient air and ensure public health safety.
Yes, the device supports dry-heat sterilization at temperatures up to 80°C for 60 minutes to meet strict hygiene standards in pharmaceutical environments.
The ASTF-1 supports network-based communication, allowing data to be transmitted to a cloud-based data platform for remote visualization and analysis.
The typical sampling time ranges from 5 to 15 minutes, depending on the required volume and the target pathogen concentration.
