RCS microbial air sampler offers simpler and faster monitoring
Includes colour touchscreen and lithium-ion battery power
The complete system, consisting of the instrument and agar strips, has been validated according to ISO 14698-1 (Biocontamination Control).
The RCS High Flow Touch Microbial Air Sampler employs the principle of centrifugal impaction, whereby air is taken into a rotor and accelerated. The micro-organisms in the air stream are then gently applied to an agar strip which, after a defined incubation period, is evaluated. The RCS technology thus provides physical and biological collection efficiencies as well as an even distribution of micro-organisms, the firm says.
The main objective of the instrument’s re-design was to combine the proven RCS High Flow Technology with features for simpler, faster and more convenient handling. The new instrument therefore includes a high-resolution colour touchscreen, the sealing of which resists common sterilisation and disinfection procedures.
Key information is shown on a single screen, with commonly used symbols and functions enabling a quick change of menu and easy programming.
The power supply via an integrated, long-life lithium-ion battery gives the capacity to perform more than 35 x 1000 L measurements with one full charging cycle. Thanks to the instrument’s software-driven, continuous control of total and current battery capacity the main window always shows the number of remaining measurements.
A large selection of standardised agar media to determine total count or specific micro-organisms is available for use with the RCS High Flow Touch Microbial Air Sampler.
For higher cleanroom classes there are gamma-irradiated products in double packaging.
Optional accessories include a docking station for convenient recharging of the integrated battery, an adapter for monitoring compressed gases, software and accessories for identifying barcodes, instrument qualification plans and comprehensive validation documentation.
You may also like
Trending Articles
You may also like
Analysis
The case for a facility monitoring system
In regulated manufacturing, monitoring environmental conditions and critical equipment is essential to protect product quality, yield, and patient safety. Facilities often use a Facility Monitoring System (FMS) to track factors like airborne particles, temperature, and humidity. Beyond regulatory compliance, FMS delivers real business value through reduced waste, improved yield, higher quality, and greater profitability