In the pharmaceutical industry, maintaining a controlled environment in cleanrooms is critical for product integrity and compliance. The recent CrowdStrike incident caused significant IT outages globa...
Aerosol particle counters play a pivotal role in maintaining cleanroom air quality, providing rapid counting and sizing of contaminant particles. While users often perceive them as simple devices, it’...
Abstract In the intricate landscape of semiconductor manufacturing, the relentless pursuit of smaller technology nodes necessitates a meticulous approach to controlling particle contamination. As crit...
Introduction Contamination poses a significant threat to semiconductor manufacturing processes, impacting yield and revenue. This blog explores the pivotal role of real-time aerosol particle monitorin...
The following frequently asked questions arose at a presentation given by PMS Senior GMP Scientist, Mark Hallworth, on the 6th of December on the topic of EU GMP Annex 1 Air Speed Strategies for Unidi...
The following frequently asked questions arose at a presentation given by PMS Senior GMP Scientist, Mark Hallworth, on the 6th of December on the topic of EU GMP Annex 1 Environmental Monitoring. Is t...
What Data Management Factors Should be Considered When Setting up Environmental Monitoring in a Pharmaceutical Manufacturing Facility? Pharmaceutical Manufacturing Data Managment is one of the importa...
Optical particle counters (OPCs) work by preserving the air quality of a cleanroom environment. To learn more about them, this article dives into OPC counting efficiency and resolution. Alongside thi...
In the realm of optical particle counters (OPCs), counting efficiency and resolution are pivotal in determining the accuracy and reliability of particle distribution data. These technical aspects are ...
Particle counting efficiency is crucial in particle measurement, especially when using optical particle counters. This term denotes the likelihood of precisely detecting and enumerating particles with...