This article is based upon the authors' travels over the last 10 years, looking at aseptic filling operations and seeing what was described to be “a RABS” by the various owners. Some of these are actually amusing, and they illustrate what happens when “hands-on” engineering meets the needs of operations while the compliance department is asleep at the wheel.
Airflow visualization testing, conducted as part of a routine review program, can help assure that aseptic filling areas remain under a state of proper control.
Better containment in powder transfer helps to protect staff from exposure to APIs and HPAPIs, as well as improving efficiency, maintaining product quality and supporting compliance.
Maximized uptime, minimized changeover time, and efficient OEE are key factors that have influenced the acceptance of aseptic blow-fill-seal in the packaging of pharmaceutical liquids.
BFS technology has been gaining increasing worldwide acceptance in the parenteral drug marketplace, replacing traditional glass vial processing in a growing number of applications.
Aseptic blow-fill-seal systems for packaging pharmaceutical liquids incorporate materials and process that provide critical advantages for sustainable initiatives.
Sustainability means a balancing act and the ability to maintain a certain regulatory standard and the approach of in-built sustainability is essential when designing biopharmaceutical facilities.
This video shows an integrated project for the sterilization of parenteral bags. Robotized handling systems interact in a fully automatic high-throughput manufacturing line.
Senior Product Manager Jon Aldous announces the launch of the newest version of the Vaisala viewLinc environmental monitoring system for monitoring temperature, humidity, CO2, and other variables. The new viewLinc system features long-range wireless communications capabilities that allow data logging devices to communicate reliably in obstructed environments. The signal can travel over 100 meters indoors and does not interfere with existing Wi-Fi networks and devices.
Interested in a More Intuitive User Experience When Monitoring Controlled Environments? Take a peek at a video where our User Interface Designer Heta describes what it takes to create a better experience for environmental monitoring system users.
Using proprietary optical technology, the IMD-A microbial detection system is capable of simultaneously detecting both size and intrinsic fluorescence of airborne particulates – screening for biologic particles as small as 0.5 microns.
As global demand for the commercial and practical insights provided by intelligent processing and analysis of large data sets continues to gather pace, CAMO Software has launched a new version of its all-in-one Multivariate Data Analysis (MVA) and Design of Experiments (DoE) software, The Unscrambler® X.
WEST LAFAYETTE, Indiana - December 27, 2012 -- BASi (Bioanalytical Systems, Inc.) (NASDAQ: BASI) today announced the launch of Culex® NxT, the latest generation of the Company’s proprietary in vivo automated sampling system.