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Touch Screen BioAerosol Monitoring System for Laboratory
Bioaerosol Monitoring System
BioAerosol Monitoring System (BAMS) is used for real-time environmental monitoring of microorganisms in the air.
Capacitive touch screen 8.0″
Portable 5.8Kg
Continuous monitoring 7*24hr
Mass storage 119G
PRODUCT FEATURES
Continuous Monitoring 24/7 continuous monitoring
lmmediate Data
Real-time data for both particlesand biological particles
People Oriented
Efficient user oriented design
Stable and reliable
First truly portable microbial monitoring device
Compliance with FDA21 CFR Part 11
BAMS uses autofluorescent units to count planktonic bacteria without the need for culture No more manual colony counting, with real-time plankton counts visualized on the instrument screen Active particles detected by BAMS include microorganisms that can be cultured by plate counting, as well as microorganisms that are active, but not viable, due to mechanical damage, life cycle stages, or inappropriate culture conditions Academia It is generally recognized that less than 1% of the captured microorganisms in the environment can grow on culture media. Therefore, the number of microorganisms detected by BAMS is much closer to the number of microorganisms in the environment.
Touch Screen BioAerosol Monitoring System for Laboratory
Bioaerosol Monitoring System
BioAerosol Monitoring System (BAMS) is used for real-time environmental monitoring of microorganisms in the air.
Capacitive touch screen 8.0″
Portable 5.8Kg
Continuous monitoring 7*24hr
Mass storage 119G
PRODUCT FEATURES
Continuous Monitoring 24/7 continuous monitoring
lmmediate Data
Real-time data for both particlesand biological particles
People Oriented
Efficient user oriented design
Stable and reliable
First truly portable microbial monitoring device
Compliance with FDA21 CFR Part 11
BAMS uses autofluorescent units to count planktonic bacteria without the need for culture No more manual colony counting, with real-time plankton counts visualized on the instrument screen Active particles detected by BAMS include microorganisms that can be cultured by plate counting, as well as microorganisms that are active, but not viable, due to mechanical damage, life cycle stages, or inappropriate culture conditions Academia It is generally recognized that less than 1% of the captured microorganisms in the environment can grow on culture media. Therefore, the number of microorganisms detected by BAMS is much closer to the number of microorganisms in the environment.
