Puncture Testing of Pharmaceutical Bottle Seals
The Food and Drug Administration requires that many consumer goods, such as some over-the-counter pharmaceutical bottles, be sealed to protect drugs from bacteria, light, liquids, etc. This seal needs to be strong enough to protect the drug from harmful elements, but also needs to be easy to remove by the consumer. Many bottle seals contain a plastic or foil film over the opening that requires the consumer to puncture it with his or her finger. The force required to puncture the seal can be simulated with a compression test on an Instron Universal Testing System.
We used a 3345 frame with a 50 N load cell to perform puncture tests on bottle seals. The bottle can sit on a lower platen, with a rounded, or ball-end probe attached to the load cell. The rounded probe best simulates a human finger. The test was ran at 200 mm/min until the seal was penetrated completely. We recommend using Bluehill 3 Software for this application to collect graphical data and perform calculations such as maximum load or extension.
Bluehill Universal Brochure
Bluehill Universal Software is built from the ground-up for touch interaction and an intuitive user experience. Discover simpler and smarter testing with features such as pre-loaded test methods, QuickTest in seconds, enhanced data exporting: and Instron Connect – a new feature that provides a direct communication link to Service. Users of previous versions of software such as Bluehill 2 and Bluehill 3 can easily upgrade to the newest version of Bluehill.
- Ürünler
- 2/26/2017
- 1.4 MB
2501 Series Compression Platens
- Ürünler
- 8/19/2008
- 108.6 KB
3300 Series Single Column Models
The 3300 single column models have been developed to address the requirements of standardized and routine testing. These models provide the user with Instron quality at the most affordable price. Load capacity from 0.5 kN to 5 kN with a maximum speed of 1000 mm/min. These systems conform to all relevant European standards and carry a CE mark.
- Ürünler
- 11/22/2017
- 0.7 MB