Particle Counter for Measuring Microparticles
Anytime, anywhere, that moment and place are measurement points. Clean rooms, indoor environments, atmosphere, and large particles are measured. 'From production environments to living environments.'
Our 2.83 LPM sensor has a maximum measurable concentration of 1,060 particles/CC (10% counting loss rate), with almost no measurement error even in high concentration areas (indoor, road intersections). Experimental reports on measurements of incense smoke, saline solution, and humidifiers have been presented at conferences (2022 JACA, 2022 AAC, 2023 JACA, Air Purification Association Journal, Volume 60, Issue 6, special article, etc.). It is capable of measuring not only in clean rooms but also in general indoor environments and high concentration particle environments like atmospheric conditions, enabling seamless hands-on simultaneous processing from understanding contamination hotspots to fieldwork. 【Features】 ■ No interruptions ■ Minimum measurement time of 1 second ■ Real-time meter providing real-time graphs right in front of you ■ Large lithium battery ➡ over 10 hours of continuous measurement ■ Large capacity memory of 45,000 (all data) 1 second measurement + large capacity memory + 10 hours of operation = excellent usability ■ Direct operation, storage, data processing, and editing from a computer using the included IMS software ■ With the optional AMOSYS-2K software, easily build a multi-point monitoring system with Ethernet connection *For more details, please refer to the PDF document or feel free to contact us.
basic information
【Options】 ■Dedicated thermal printer ■Hard plastic carrying case ■Temperature and humidity probe (optional only for the 3 particle size type. All other models come standard) *For more details, please refer to the PDF document or feel free to contact us. ■Multi-point monitoring system AMOSYS 2000 via Ethernet
Price range
P4
Delivery Time
P3
Applications/Examples of results
【Applications】 ■ Measurement and monitoring in clean rooms and clean booths ■ Measurement and monitoring in so-called clean areas such as quasi-clean rooms ■ Understanding particle generation and trends in operating rooms, patient rooms, and waiting areas ■ Monitoring particle generation in food factories ■ Monitoring of pollen and yellow dust ■ Time-based changes in particle generation and variation in general indoor environments ■ Monitoring of particle generation and removal in high-concentration contaminated environments such as oil mist ■ Understanding particle count, particle size distribution, and temporal changes in atmospheric environments such as intersections and agricultural areas ■ Exposure monitoring related to occupational safety and health ■ Understanding the sealing and exposure conditions of high-concentration particles in chambers through particle size distribution and short-term fluctuations *For more details, please refer to the PDF document or feel free to contact us.
