The first truly portable continuous, real-time microbial monitor. The BioAerosol Monitoing System (BAMS) is an airborne particle counter used to detect both inert and microbial particles in real-time. BAMS uses Laser-Induced Fluorescence to differentiate biologic from inert particles, with viable particles emitting fluorescence.
BAMS was designed to meet
The air sampler MAS-100 Iso NT is used for microbiological monitoring of air in isolators and RABS. The collection head with the culture medium plate is located in the housing, while the control unit with electronics and all moving parts is located outside the cleanroom and sucks the air through
The air sampler MAS-100 Iso MH is used for microbiological monitoring of air in isolators or RABS. It can be equipped with 1 - 4 collecting positions. The sampling heads with the culture medium plates are located in the housing, while the control unit with electronics and moving parts is located outside
The MAS-100 NT Ex is the explosion-proof version of the world's best-selling air sampler and the premium version of the portable MAS-100 instruments. It is used for microbiological monitoring of air in rooms with increased explosion hazard for example due to the presence of solvents or gases. Equipped with
The MAS-100 NT is the world's best-selling air sampler and the premium version of the portable MAS-100 instruments. It is used for microbial monitoring of air. Equipped with a high-precision mass flow sensor it stands for highest safety and is therefore mainly used in sensitive areas and clean rooms.
Active Air Sampler is a “Slit to Agar” design using 90mm agar plates located on a rotating turntable to prevent twin impingement of impacted organisms, to minimise drying of the agar medium and to provide a time correlated deposition of captured microbes.
Annex 1 compliant, continuous monitoring for several
The BIOTRAK® Real-Time Viable Particle Counter offers best-in-class features and versatility in the field of real-time airborne viable particle detection. The BIOTRAK particle counter detects total and viable particle counts in real-time and incorporates TSI’s field-proven, patented Laser-Induced Fluorescence (LIF) technology to determine particle viability. TSI's
The P100 Microbial Air Sampler allows for continuous monitoring of critical processes or quick cubic meter “grab samples” to be taken. The P100 offers two CPU controlled sampling rates, 28.3 LPM (1 CFM), and 100 LPM
The sampled air volume is HEPA filtered prior to being exhausted at the