Industrial-grade bio-aerosol sampling solutions engineered for rapid environmental mold inspection, combining wet-cyclone technology with automated nucleic acid extraction.
Advanced medical instrumentation for uncompromising purity and safety monitoring.
◆ Our systems redefine the landscape of environmental mold inspection by integrating Fully Automated Nucleic Acid Extraction with high-flow sampling. We occupy a dominant position in the medical diagnostic equipment sector, providing unmatched accuracy in detecting zoonotic and swine diseases across global laboratories.
◆ By leveraging environmental mold inspection protocols and Wet-Cyclone Sampling Techniques, we achieve a collection efficiency where D50 < 0.6μm. This ensures that even the smallest pathogenic spores are captured, processed, and detected via PCR Fluorescence Channels (FAM, CY5, ROX, HEX) for definitive results.
Three engineering pillars ensuring rapid detection and maximum reliability.
Engineered for rapid air volume processing to detect rare bio-aerosols.
Automated processing to eliminate human error in nucleic acid extraction.
Cloud-integrated data platforms for real-time environmental monitoring.
Comparative analysis of sampling efficiency and pathogen detection rates.
Rigorous hardware specifications for high-fidelity bio-aerosol collection.
| PARAMETER ITEM | SPECIFICATION | TOLERANCE | UNIT | METHOD | VERSION |
|---|---|---|---|---|---|
| Air Flow Rate | > 300 | ± 5% | L/min | Dynamic | ASTF-1.0 |
| Collection Efficiency | D50 < 0.6 | ± 0.05 | μm | Cyclone | ASTF-1.0 |
| Sampling Duration | 5 - 15 | ± 0.1 | min | Timer | ASTF-1.0 |
| Sterilization Temp | ≤ 80 | ± 2 | °C | Dry-Heat | ASTF-1.0 |
| Operating Voltage | 24V / 3A | ± 0.5 | V/A | DC Power | ASTF-1.0 |
| Net Weight | 1300 | ± 20 | g | Physical | ASTF-1.0 |
| Ambient Temp Range | 5 - 45 | ± 1 | °C | Sensor | ASTF-1.0 |
| Detection Channels | FAM/CY5/ROX/HEX | N/A | Spectral | PCR | ASTF-1.0 |
Proven performance across diverse industries.
Implemented ASTF-1 for daily bio-burden monitoring, replacing manual settle plates with high-flow aerosol sampling.
Rapid deployment for African Swine Fever detection across large-scale livestock exhibition venues.
Strategic air monitoring in rail transit hubs to prevent the spread of airborne zoonotic pathogens.
Integration of remote-controlled sampling in critical care units to detect hospital-acquired fungal infections.
Tailored solutions for demanding environments.
Ensuring cleanroom compliance through precise bio-aerosol counting and mold spore detection.
Monitoring swine and poultry barns for early detection of viral and bacterial pathogens.
Preventing airborne contamination in processing plants to ensure food safety standards.
Validating air purity in PCR and nucleic acid extraction suites to avoid cross-contamination.
Monitoring airports, malls, and stadiums for bio-hazard threats and environmental mold.
Studying urban bio-aerosol patterns and classroom air quality for health research.
Our manufacturing process adheres to strict medical device quality management systems for global export.
Rigorous testing protocols ensure our sampling devices meet the safety and efficacy standards of the EU and USA.
Every ASTF-1 unit undergoes a multi-point calibration process traceable to international standards.
Certified by leading global health and industrial safety organizations.
Expert answers to common technical and commercial inquiries.
The ASTF-1 uses a wet-cyclone technique ensuring D50 < 0.6μm, making it highly effective for capturing sub-micron mold spores and pathogens from the air.
Yes, the unit supports remote start and stop functions via a secure network, allowing operators to manage sampling from a centralized data platform.
Typical sampling times range from 5 to 15 minutes, depending on the required air volume and suspected concentration of bio-aerosols.
Absolutely. The system is specifically designed for PCR applications, supporting multiple fluorescence channels such as FAM, CY5, ROX, and HEX.
The system can target a wide array of pathogens including Japanese encephalitis, Salmonella, African swine fever, and various avian influenza subtypes.
The device supports dry-heat sterilization at temperatures ≤ 80°C for 60 minutes to ensure complete decontamination between uses.
Secure your facility with the world's most precise environmental mold inspection technology.