Sensitivity range: 1 cfu
Most recent EU GMP Annex 1 regulations encourage the use of continuous viable air monitoring in critical areas. The BioCapt® Single-Use (BCSU) cleanroom microbial monitor from Particle Measuring Systems is an active sampling method that is superior to the use of settle plates and creates validated and actionable data. It fully meets ISO 14698-1 and anticipated EU GMP Annex 1 single-use regulatory requirements.
The BCSU helps minimize microbial false positives in monitored clean areas by reducing contamination from the handling of settle plates. This results in a decrease in investigations and an increase in productivity. The specialized packaging and single-use features additionally eliminate
many costly and time-consuming sterilization steps such as autoclaving, disinfecting, and handling.
The BCSU comes in multiple choices of agar and 3 flow rates to suit both routine monitoring and fast sampling needs. The 25 L/min device continues to recover microorganisms under stressed conditions after two hours of continuous air sampling, thereby 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, and shares the advantages of the known and trusted single-use technology. Validated at the Centre for Applied Microbiology & Research (CAMR), 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.
Use the BCSU in conjunction with the MiniCapt® Mobile and MiniCapt Remote instruments for a fully validated microbial monitoring solution. Learn more about this innovative continuous air sampling solution below.
Features
- Complies with ISO 14698-1
- Meets anticipated EU GMP Annex 1, rev 12 single use requirements
- Store culture media at 2-25°C, with a shelf life of 12 months
- Offered in standard culture media of trypticase soy agar (TSA) and sabouraud dextrose agar (SDA), as well as client-specific, pre-validated microbiological culture media
- Compatible with leading active air monitoring systems
- Replaces settle plates in cleanrooms
- Reduces the risk of spills that cause contamination
- Use as part of a Data Integrity program
- 100 LPM plates compatible with MiniCapt® Mobile the MiniCapt Pro and other active air samplers available on the market
Benefits
- Helps eliminate false positives by reducing the risk of contamination by improper handling of media plates
- Eliminates time-consuming cleaning and process steps associated with traditional stainless steel microbiological samplers
- Simplified standard operating procedures eliminate possible injuries and handling concerns with stainless-steel impactors
- Reduces risk of contamination during the introduction and withdrawal of microbiological sampling plates in sterile production areas
Applications
- Continuous viable air monitoring
- Viable microbial air sampling in cleanrooms and associated controlled environments
- USP 797 environmental viable airborne particle testing
- Bioburden monitoring of medical device manufacturing environments
- Microbial monitoring of aseptic manufacturing areas
- Microbial monitoring of surgical facilities
- Use with MiniCapt® Pro for a completely validated solution
- A family of BioCapt and MiniCapt products that provide flexible monitoring options for isolators and other applications including troubleshooting
Supporting Materials
Application Notes & Brochures
Review of Annex 1 2022: Environmental Monitoring Changes >
Study of Single Use Device Media Dehydration and Biological Recovery Efficiency >
4-HR BCSU Study of Single Use Device Efficiency >
Comparing Microbiological Air Monitoring Techniques for Critical Environments >
Continuous and Effective Microbiological Air Monitoring in Critical Environments >
Quality by Design and Single-Use Microbial Air Sampling >
Sterility Assurance Advances >
Monitor Viable Air with Single-Use, Real-Time Tech >
Viable Environmental Monitoring Regulations for Sterility Assurance >
USP 1116 Contamination Recovery Rate Implications Webinar FAQ >
Microbial Monitoring Solutions for Aseptic Processing Cleanrooms >
Planning and Installing a Facility Monitoring System >
Microbial Air Sampling Efficiency Using Feller’s Table >
Compressed Gas Microbial Monitoring in Aseptic Manufacturing >
Effective Risk Assessment in Pharmaceutical: Steps to Ensuring a Successful Audit >
Webinars
Cleanroom Microbiology and Single Use Technology >
Replacing Settle Plates with Active Air Sampling >
Quality by Design and Single-Use Air Sampling Approaches >
Microbial Monitoring Solutions to Prepare Your Contamination Control Strategy (CCS) for ANNEX 1 >
Case Study: Developing an Isolator Filling Line Using a Quality Risk Management Approach >
Pharmaceutical Data Management for Root Cause Identification in Critical Environments (Case Study) >
Compressed Gas Environmental Monitoring: Particles and Microbials >
Identifying a safe and reliable microbiological air sampling solution for ISO 5 environments >
USP 1116 & Implications of Measuring Microbial Recovery Rates >
Related Products
Microbial Air Sampler: MiniCapt® Mobile
This active air cleanroom microbial air sampler is EU GMP Annex 1 and ISO 14698:2003 compliant.

Remote Microbial Air Sampler: MiniCapt® Pro
Annex 1 compliant, remote Microbial Air Sampler with installation flexibility and easy integration into Environment Monitoring Systems.