Microbial air sampler for GMP environmental monitoring

The MicroBio MB1 is a microbial air sampler designed for environmental monitoring (EM) programmes in controlled environments. It enables the detection and quantification of viable micro-organisms present in the air, in accordance with cleanroom requirements.

The MB1 active air sampler provides reproducible air sampling suited to the control requirements applicable in classified areas. The high-flow version allows large air volumes to be collected rapidly, which facilitates monitoring campaigns while limiting the impact on operations within the area.

The MicroBio MB1 is compatible with standard Petri dishes as well as with contact plates. The use of standard consumables allows straightforward integration into pharmaceutical microbiology laboratories.

Designed for use in cleanrooms and controlled environment areas, the unit can be mounted on a standard tripod in order to position the sampler at the required sampling point during monitoring operations. An optional protective cover protects critical components during transport and set-up.

Microbial air sampler for environmental monitoring

The MicroBio MB2 is a microbial air sampler designed for environmental monitoring programmes in controlled environments. It detects and quantifies viable airborne micro-organisms in line with the microbiological monitoring requirements for cleanrooms and classified areas.

Designed to meet the requirements of ISO 14698 and ISO 17141, the MicroBio MB2 delivers reliable, reproducible air sampling in the pharmaceutical, biotechnology, hospital and healthcare sectors.

The MicroBio MB2 is compatible with standard 90 mm Petri dishes and with 55 mm contact plates. The use of readily available standard consumables avoids costly proprietary supports and makes integration into pharmaceutical microbiology procedures easier.

The MicroBio MB2 can be mounted on a standard tripod so that the sampler can be positioned at the required sampling point during environmental monitoring operations.

An optional dust cover protects the culture medium support plate and the fan inlet against contamination during transport and installation of the unit.

High-flow microbial air sampler for environmental monitoring

The MicroBio MB2 HiFlow is a microbial air sampler designed for environmental monitoring programmes in controlled environments. It enables the detection and quantification of viable micro-organisms present in the air, in accordance with the microbiological monitoring requirements applicable to cleanrooms and classified areas.

Designed to meet the requirements of the ISO 14698 and ISO 17141 standards, the MicroBio MB2 HiFlow guarantees reliable and reproducible air sampling in the pharmaceutical, biotechnology, hospital and healthcare sectors, where the control of airborne microbiological contamination is essential.

The MicroBio MB2 HiFlow uses standard Petri dishes, avoiding the need for costly proprietary supports. The use of readily available standard consumables, combined with a wide choice of microbiological culture media, allows straightforward integration into pharmaceutical microbiology procedures while optimising operating costs.

The MicroBio MB2 HiFlow operates at a high sampling flow rate, allowing large air volumes to be sampled in a reduced time.

The MicroBio MB2 HiFlow can be mounted on a standard tripod in order to position the sampler precisely at the sampling point during environmental monitoring operations.

An optional dust protection cover is available to protect the culture medium support plate and the fan inlet against any contamination during transport and set-up of the unit.

Microbial air sampler for isolators and containment enclosures

The MicroBio MB2-RSH is a microbial air sampler designed specifically for isolators, containment enclosures and controlled environments. It detects and quantifies viable airborne micro-organisms as part of environmental monitoring and microbiological validation programmes.

Suited to applications in the pharmaceutical and biotechnology industries, research laboratories and hospitals, the MicroBio MB2-RSH is particularly well suited to the qualification and validation of isolators, containment workstations and sealed compartments used in aseptic processes.

The use of readily available standard consumables, compatible with a wide range of microbiological culture media, avoids costly proprietary supports and optimises running costs.

An optional dust cover is available to protect the culture medium support plate and the fan inlet against contamination during transport or installation.

This accessory is particularly useful for protecting fixed-head or remote-head units installed in isolators when the equipment is not in use.

Verify the absence of leaks or defects in HEPA filters, which are critical to air purification.

Determine the quantity of fresh air supplied to and extracted from the cleanroom, and calculate the number of air changes per hour.

Assess the quality of the unidirectional (laminar) airflow, in which the air moves in parallel layers without turbulence.

Verify that the differential pressures between adjacent areas are correctly established, with a higher pressure in the cleaner areas.

Determine the resistance to air flow through a filter, which may indicate clogging or obstruction.

Verify the accuracy of a pressure gauge by comparing it against a calibration reference at two different pressure points.

Determine the number of particles of different sizes present in the cleanroom air.

Eliminate or reduce the number of viable micro-organisms present in the cleanroom and on surfaces.

Take air samples to determine the presence and quantity of viable micro-organisms.

Take samples from surfaces (for example walls, floors and equipment) in order to determine the presence and quantity of viable micro-organisms.

Assess and map the environmental parameters of the cleanroom, such as temperature, relative humidity and air velocity.

Record videos of the airflows in order to analyse their direction, velocity and behaviour.

Adjust air flow rates and pressures to ensure effective ventilation and homogeneous air distribution.

Identify and locate leaks in containment enclosures (for example isolators and extraction hoods) that could allow the release of hazardous substances.

This measurement determines the number and size of the particles present in the compressed gas. The presence of particles, even microscopic ones, can lead to product defects, particularly in advanced industries such as electronics or pharmaceuticals.

The presence of oil in compressed gas may result from compressor maintenance issues. Oil can be deposited on products and alter their properties.