Continuous Bioaerosol Sampler LCA1300 | Professional Factory Suppliers in China
The Continuous Bioaerosol Sampler is a professional-grade environmental monitoring solution engineered for the rigorous demands of medical diagnostic and industrial hygiene sectors. Utilizing advanced wet-cyclone technology, this system ensures the highly efficient capture of airborne pathogens and microorganisms from ambient air, providing a critical line of defense in contamination control.
Designed for unmatched versatility and reliability, the device supports uninterrupted operation for up to 48 hours, making it indispensable for 24/7 surveillance in hospitals, pharmaceutical labs, and food manufacturing plants. Its robust, adaptable design allows for seamless deployment in both controlled indoor environments and challenging outdoor field conditions, regardless of wind or rain.
Detailed Parameters
| Model | LCA-1-300 | Sampling Technique | Wet-cyclone (Impact method) |
|---|---|---|---|
| Air Flow Rate | Low 150L/min; High 300L/min | Collect Particle Size | ≥0.8μm |
| Dimensions | 220850mm (Diameter Height) | Input Power | 24V 3A power adapter |
| Operating Temp | 4℃ ~ 60℃ | Humidity | ≤ 98%RH (No Frost) |
| Custom Settings | Sampling mode, Time, Flow value | Compliance | ISO, CE Standards |
Key Advantages
Wet-Cyclone Tech
Utilizes advanced wet-cyclone technology for high-efficiency pathogen sampling and biological integrity.
48-Hour Autonomy
Supports continuous, uninterrupted operation for up to 48 hours for comprehensive trend analysis.
High Volume Intake
Capable of drawing large air volumes to increase the sensitivity and accuracy of bio-detection.
Intuitive Interface
User-friendly controls for one-click automatic runs and precise parameter adjustments.
Environmental Adaptability
Weather-resistant housing allows for long-term field sampling without fear of wind or rain.
Standard Compliance
Fully compliant with international ISO and CE standards for environmental air monitoring.
Product Gallery
Management Platforms
Automated Logging
Built-in data logging that automatically stores sample results for comprehensive air quality records.
Real-Time Analysis
Immediate insights into air quality to trigger quick corrective actions against contamination.
Cloud Integration
Seamless integration with cloud-based systems for remote data access and multi-site analysis.
Protocol Setup
Customizable sampling protocols allowing users to set precise volumes and durations.
Power Flexibility
Dual power options including battery for mobile field use and AC adapters for fixed stations.
Low-Maintenance Design
Easy-to-clean components and long-lasting filters to reduce operational downtime.
Investment Return Comparison
| Feature | Traditional Samplers | Continuous Sampler (LCA-1-300) |
|---|---|---|
| Sampling Duration | Manual / Short-term | Continuous up to 48 Hours |
| Labor Cost | High (Frequent Manual Intervention) | Low (One-click Automation) |
| Detection Risk | High (Missed Spikes) | Low (24/7 Surveillance) |
| Environmental Fit | Indoor Only | Indoor & Outdoor (All-Weather) |
| Data Integrity | Manual Logs | Automated Digital Logging |
Frequently Asked Questions
Wet-cyclone technology improves the collection efficiency of pathogens by using centrifugal force to drive particles into a liquid medium, preserving the biological viability of the sample better than dry filters.
Yes, the sampler is specifically designed for adaptability, allowing it to operate in the field for long periods without being affected by wind or rain.
It is essential for pharmaceutical manufacturing, animal husbandry, hospitals, food processing plants, and high-traffic public venues like shopping malls and airports.
The LCA-1-300 is designed to collect particles with a size of ≥0.8μm, ensuring a wide range of airborne microorganisms are captured.
Automated logging provides a comprehensive, timestamped record of air quality over time, which is critical for regulatory compliance and identifying contamination trends.
No, the device is engineered for low maintenance with easy-to-clean components and durable collection media, minimizing operational costs.
