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MiniBio Bioaerosol Module
Bioaerosol
MiniBio is a compact airborne bioaerosol module for monitoring and early warning of biological hazards in complex environments. Using a multi-sensor approach, it measures aerosol particle size and concentration and assesses whether particles represent a biological threat.
Overview
Product information at a glance
MiniBio is supplied as a module for integration rather than as a finished detector, so an equipment manufacturer or system integrator can build bioaerosol monitoring into their own product without developing the sensing chain from scratch.
Its function is continuous discrimination: the module monitors airborne concentrations of pollen, spores, bacteria and viruses in real time, and distinguishes biological particles from the general particulate background. Because it also measures PM2.5, PM10 and other airborne particulate matter, one module can serve both air-quality reporting and biological early warning.
The module runs continuously, 24 hours a day, and is compact, lightweight and durable enough for deployment in complex environmental conditions rather than controlled installations. A complete communication protocol is provided for secondary development, so integration and data handling can be designed around the host system.
Visual reference
Product gallery
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Key information
Product features
Capable of monitoring airborne biological aerosols, PM2.5, and PM10, among other air particulate matter
Real-time monitoring, capable of continuous operation 24/7
Compact, lightweight, and durable
Provides a complete communication protocol for secondary development
Technical data
Technical specifications
- Particle Detection Size
- 0.5-100μm
- Detection Range
- PM2.5, PM10, allergens, fungi, bacteria, virus and other bioaerosols
- Operating Temperature
- 0°C to +40°C
- Operating Humidity
- 0%-95% RH
Case studies
Application cases
01Airborne Biological Monitoring in a High-Risk Facility
An illustrative scenario for continuous bioaerosol monitoring that establishes a baseline, detects abnormal changes and supports targeted sampling for laboratory identification.
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02Real-Time Monitoring of Biological Airborne Aerosols
Continuous bioaerosol sensing establishes facility baselines, detects significant particle changes and triggers controlled sampling for laboratory identification.
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03Bioaerosol Monitoring and Airborne Virus Transmission Research
Continuous bioaerosol trends, targeted sampling and laboratory methods support research into how airborne microbial material changes across environments.
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04Public Area Biosecurity
Planned bioaerosol sampling in public transport supports environmental research when location, airflow, occupancy and laboratory analysis are treated as one study design.
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