The Application of Single-Use Technology to Reduce Human Interventions in Grade A
Learn how single-use technology can simplify viable air monitoring and reduce human interventions during aseptic manufacturing.
Active microbial environmental monitoring should not add risk to the process it is intended to monitor. In Grade A environments, preparing reusable impactors, handling agar plates and transferring monitoring consumables introduce additional manipulations that must be considered within the contamination control strategy.
In this webinar, Particle Measuring Systems will explore how single-use technology can simplify viable air monitoring and reduce human interventions during aseptic manufacturing. BioCapt® Single-Use will be presented as a practical solution, combining the impactor and pre-filled agar in one sterile, ready-to-use device.
Participants will gain insight into how simplified handling and sterile transfer can support contamination control, reduce operational complexity and help maintain production continuity.
Key Learning Objectives:
- How single-use viable air monitoring can reduce preparation, agar handling and interventions in Grade A
- How continuous active air monitoring and complementary methods can support a risk-based contamination control strategy
- Key operational and cost considerations, including cleaning and sterilization activities, isolator space and equipment downtime
- How BioCapt® Single-Use provides a practical solution to simplify viable air monitoring, reduce interventions and improve operational efficiency
Who should attend this webinar:
- Quality Control
- Quality Assurance
- Sterility Assurance
- Environmental Monitoring Specialist
- Auditors
- Validation
- Production
- Manufacturing
- Process Engineer
- Engineering
Speakers
Giulia Artalli
Global Product Line Manager, Microbiology & Sterility
Giulia Artalli is Global Product Line Manager at Particle Measuring Systems, specializing in microbial environmental monitoring for pharmaceutical cleanrooms and GMP-regulated manufacturing. With over 20 years of experience in pharmaceutical microbiology, she advises global life sciences companies on contamination control strategies and regulatory compliance. Giulia’s background spans research and leadership roles at Becton Dickinson and Diversey, where she focused on microbiological risk mitigation in sterile production. She routinely educates cleanroom professionals on environmental monitoring best practices, Annex 1 updates, and microbial detection methods. Giulia brings a strong foundation in applying industry standards to viable particle monitoring programs. She presents internationally and contributes to Particle Measuring Systems’ global leadership in contamination monitoring for the life sciences industries.
