 |
Capacitive touch screen | Portable |
8.0″ | 5.8Kg |
Continuous monitoring | Mass storage |
7*24hr | 119G |
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| |
PRODUCT FEATURES | ||||
Continuous Real-time, continuous airborne microbial monitor Compliant Certified ISO particle detector | Efficient Most efficient, user oriented design Portable First truely portable microbial monitor | |||
Compliant with FDA 21 CFR Part 11 | ||||
PRINCIPLE | ||||
Particle detecting: Mie scattering |
Biological particle detecting: Laser induced flouresence | |||
WAITING TIME vs REALTIME | ||||
Current airborne microbial monitoring uses interval, ad-hoc and event-driven sample collections, which require incubation. BAMS uses AFU to count microbes, and the monitoring results can be viewed in real time without the need for culture or counting. | ||||
| COMPENDIAL METHOD
| BAMS BENEFITS
|
| COMPENDIAL METHOD
| BAMS BENEFITS
|
| COMPENDIAL METHOD
| BAMS BENEFITS
|
PRODUCT FEATURES | ||||
Continuous Real-time, continuous airborne microbial monitor Compliant Certified ISO particle detector | Efficient Most efficient, user oriented design Portable First truely portable microbial monitor | |||
Compliant with FDA 21 CFR Part 11 | ||||
PRINCIPLE | ||||
Particle detecting: Mie scattering |
Biological particle detecting: Laser induced flouresence | |||
WAITING TIME vs REALTIME | ||||
Current airborne microbial monitoring uses interval, ad-hoc and event-driven sample collections, which require incubation. BAMS uses AFU to count microbes, and the monitoring results can be viewed in real time without the need for culture or counting. | ||||
| COMPENDIAL METHOD
| BAMS BENEFITS
|
| COMPENDIAL METHOD
| BAMS BENEFITS
|
| COMPENDIAL METHOD
| BAMS BENEFITS
|
