Introducing the world’s first tippable, self-sustaining, compact, water-based condensation particle counter – it’s like MAGIC!
The new MAGIC CPC uses a patented, three-stage “moderated” condensational growth system to enlarge particles as small as 5 nm into droplets that are easily detected optically (Hering et al, 2014).
The Series 110 Universal Spot Sampler provides maximum flexibility for aerosol research requiring a variety of analytical approaches. The common growth tube platform accommodates easy exchange between Liquid Spot and Sequential Spot Collector modules.
1.Patented water condensation technology for high collection efficiency
2. New three-stage condensation technology with no heating of the air flow (patent pending)
3.Sequential, uninterrupted, time-resolved sampling for dry particle collection
4. Concentrated sample deposition
5. Elimination of laboratory sample handling
6. Low acquisition and operating cost
7. Sample plate options
The Series 110 Sequential Spot Sampler instrument enables affordable, time-resolved characterization of particulate chemical composition at multiple locations. It provides an uninterrupted collection of particulate matter (PM) as concentrated dry deposits into small sample wells. PM deposits can be analyzed directly using spectrographic methods, or extracted for wet chemistry analysis.
1.High collection efficiency from 5 to >25,000nm
2.No particle bounce
3.Captures soluble and insoluble particles
4.Moderate temperatures (25-30̊C) for condensational growth
5.No steam injection required
6. Subsaturated outlet flow at room temperatures
7.User-selected sampling intervals from 1 minute to 24 hours
The Series 110 Liquid Spot Sampler instrument collects a concentrated suspension of particles into a small liquid-filled vial. The vial is designed with inlet and outlet ports so the user can configure it for on-line batch sampling of the particle suspension directly into a chemical or biological analyzer. A non-ported sample vial is also included.
1. Direct gentle particle deposition into liquid with no turbulence
2. High collection efficiency from 5 to >100,000nm
3. No particle bounce or re-aerosolization
4.Captures both soluble and insoluble particles
5. Moderate temperatures (25-30̊C) for condensational growth
6. No steam injection required
7. Sub-saturated outlet flow at room temperatures
8.Particles are concentrated in a 0.5-mL volume of liquid
Inhalation of viruses, bacteria, fungal spores and toxins can lead to respiratory infections and allergic reactions. Existing bioaerosol samplers are designed to collect particles > 0.5µm and therefore have low collection efficiency for viral aerosols, exhaled proteins and other fragments of biological material. Common sampling methods often break apart and inactivate viable viruses and microorganisms through mechanical stress and irreversible desiccation.
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