The SISCO environmental air sampler is an intelligent medium-flow particulate matter sampler, with its core highlights being its high precision and intelligent operation. It supports TSP, PM10, and PM2.5 (optional) sampling, automatically compensating for flow rate through real-time temperature and pressure monitoring to ensure data accuracy. The device supports multiple intelligent sampling modes, including timed and interval sampling, making it an ideal tool for sampling particulate matter in both outdoor and urban environments.
The SISCO impactor air sampler is a professional device designed for the precise assessment of airborne microbial risk. Its core highlight is its unique six-stage impaction design, which not only accurately measures the total number of microorganisms in the air but also captures them in stages according to particle size, providing a clear picture of particle distribution. This instrument highly mimics the structure of the human respiratory tract, and its collection results effectively assess the penetration and deposition potential of microorganisms in the human respiratory system. With a capture rate of up to 98% and a portable design, it has become a reliable tool for airborne microbial monitoring in disease control, pharmaceutical, environmental protection, and scientific research fields.
The SISCO microbial air sampler is a high-efficiency, multi-pore aspiration sampling device. Its core advantage lies in its specially designed dense micropores, which uniformly impact airborne microorganisms onto the culture dish, effectively reducing colony overlap and significantly improving the accuracy and reliability of microbial counting. Equipped with a medical-grade LCD touchscreen, it offers intuitive and convenient operation, making it a reliable quality monitoring partner in pharmaceuticals, food processing, and public health.
The SISCO portable microbial air sampler features a touchscreen and supports sampling delay and flow compensation settings. With a sampling flow rate of 100L/min and an impact velocity of <12m/s, it accurately captures microbial particles larger than 1μm. The sampling volume is adjustable from 1-9999L, offering superior efficiency and range in microbial capture. It can be used for airborne microbial monitoring in various settings, including disease control, pharmaceuticals, biosafety rooms, and teaching and research.
$1,693.57
What is an air sampler?
An air sampler is a specialized instrument used to collect gaseous pollutants, particulate matter (such as PM2.5 and dust), microorganisms, and other substances from the air. Its core function is to capture air samples for subsequent testing and analysis, providing data support for air quality assessment, pollution source tracing, and environmental monitoring.
Simply put, it acts like an "air catcher," actively or passively collecting air (and the particles or gases it carries) onto a specific medium for subsequent laboratory analysis or real-time monitoring. Its main purpose is to quantitatively or qualitatively understand the concentration, composition, source, and distribution of air pollutants. Through active air extraction or passive exposure, it captures target substances in the air onto filter membranes, petri dishes, absorption liquids, or other media for subsequent detection and analysis.
What types of air samplers are there?
Air samplers can be categorized by core dimensions: by the object being sampled (gas samplers, particulate matter samplers (including PM2.5/PM10 dedicated models), and microbial samplers); by flow rate specifications (constant flow, medium flow, and low flow samplers); by sampling principle (membrane weighing, absorbent absorption, and adsorption tube enrichment); and by application scenario (portable and fixed online models, adapting to different monitoring needs).
What are the key advantages of air samplers?
Accurate Sampling: Precise control of parameters such as flow rate and time allows for the interception of target pollutants, ensuring sample representativeness.
High Adaptability: Capable of sampling different objects such as gases, particulate matter, and microorganisms, meeting the needs of various scenarios, including laboratories, industry, and environmental protection.
High Efficiency and Convenience: Some models are portable and easy to operate, allowing for rapid deployment; online models support continuous monitoring, improving work efficiency.
Data Support: Provides reliable samples for air quality assessment, pollution source tracing, and compliance testing, supporting scientific decision-making.