BioCapt® Single-Use Microbial Impactor
Single-Use microbial impactor helps minimize false positives
Most recent regulations are encouraging the use of continuous viable air monitoring in critical areas. The BioCapt® Single-Use (BCSU) Cleanroom Microbial Monitor by Particle Measuring Systems (PMS) is an active sampling method that is superior to the usage of settle plates, that additionally creates validated and actionable data.
The BioCapt® Single-Use Microbial Impactor helps minimize false positives for microbial activity in pharmaceutical cleanrooms by reducing contamination from handling of agar settle plates. This results in a decrease in investigations while increasing productivity. Additionally, many costly and time consuming sterilization steps, such as autoclaving, disinfecting, handling and logistics are eliminated. This innovative approach to viable microbial air sampling and monitoring builds on the collection efficiencies of the BioCapt stainless steel viable impactor, while also virtually eliminating false positives through specialized packaging and single-use application.
The BioCapt Microbial Impactor (Single-Use) achieves sampling with minimal air disruption and can be used to sample efficiently at 25 or 50 L/min to suit both routine monitoring and fast sampling needs. This new device has a proven recovery of microorganisms under stressed conditions after two hours of continuous air sampling (25 L/min flow rate) reducing the number of plate changes required for continuous air sampling.
Most recently released to fulfill requests from the market for troubleshooting and analytical applications, the 100 LPM BCSU uses the same innovative radial slit design as the 25 & 50 LPM models, sharing the advantages of the known and trusted single use technology. Validated at the Centre for Applied Microbiology & Research (CAMR), a Health Protection Agency (HPA) at Porton Down, it achieves isokinetic sampling for minimal air turbulence in compliance with ISO 14698-1 and can be used for sampling and troubleshooting at 100 LPM.



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