Palltronic Flowstar LGR filter integrity test instrument
Fast and fully traceable testing of single-use systems at point-of-use.
Palltronic Flowstar LGR filter integrity test instrument
Fast and fully traceable testing of single-use systems at point-of-use.
Overview
Palltronic™ Flowstar LGR filter integrity test instrument, a Pall Life Sciences product, enables point-of-use leak testing of single-use systems up to 200 L nominal volume and provides the ability to test the integrity of the filters within the single-use systems.
This technology has an extremely small footprint, is easy to use, and is compliant with current regulatory standards. The instrument allows end-users to test endless configurations of single-use systems and filters, with one device, without compromising the sterility of the system. Designed for use in the vaccines, biotech, and pharmaceutical markets and with a specific focus on formulation and filling applications where sterility of the single-use system needs to be maintained, the Palltronic Flowstar LGR filter integrity test instrument meets all of the key user needs such as:
- Robust true point-of-use test to confirm the absence of damage to single-use systems during transportation, installation and/or use
- Maintains sterility of the system during testing
- Fast: leak testing of single-use systems can be achieved within 15 minutes
- Flexible: ideal for both pre- and post-use integrity tests of filters integrated in single-use systems
- Compliant: full traceability of the system data and the testing data according to CFR21 part 11
Direct Flow Measurement
The Palltronic Flowstar LGR filter integrity test instrument utilizes a method that was developed for use in integrity test instruments and patented as “volume-dosed flow measurement technology”. Unlike pressure hold or pressure decay based tests, the instrument's volume dosed flow measurement method is independent of the tested volume and offers clear advantages in terms of reduced overall test time, accuracy, reliability, and test reproducibility.
