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  • Applications
    • In-line 100% container closure integrity inspection
    • In process control of headspace oxygen
    • In-line vacuum leak detection
    • In-line moisture determination of lyophilized vials
    • Nitrogen purge optimization and qualification
    • Headspace oxygen stability studies
    • Container closure integrity testing
    • Packaging permeation studies
    • Lyo chamber moisture mapping
    • Lyo cycle optimization
    • Lyo product stability studies
    • Water activity measurements
  • Headspace Systems
    • PULSAR Headspace Inspection System
    • PULSAR Headspace CCI Inspection Lease System
    • FMS-Oxygen Headspace Analyzer
    • FMS-Moisture/Pressure Headspace Analyzer
    • FMS-Carbon Dioxide Headspace Analyzer
    • FMS-Water Activity Analyzer
    • FMS-Flexible Bag Headspace Analyzer
  • Measurement Services
    • Laboratory Measurement Services
    • On-Site Measurement Services
    • Benchtop Equipment Lease
    • Automated Inspection Machine Lease
 

In-line 100% Container Closure Integrity Inspection

Laser-based headspace for 100% container closure integrity inspection

Container closure integrity (CCI) plays an important role in maintaining the sterility and stability of parenteral products. LIGHTHOUSE has analyzed CCI inspection data of commercial freeze-dried product vials from sterile facilities around the world. The data set of 15 million lyo vials shows an average CCI failure rate similar to that of ampoules (a few tenths of a percent - for more details, watch the Screencasts at the bottom of this page). The risk for container closure failure in the lyo process is part of the reason for new regulations and increased attention from inspectors to this topic in the past several years.

Loss of container closure integrity can occur due to component defects (cracks in glass, out-of-specification vial/stopper dimensions or improper vial/stopper combinations) or process defects (displaced stoppers prior to capping, misaligned tooling, rough handling). Laser-based headspace inspection enables automated in-line leak detection by monitoring changes in headspace gas composition or changes in total headspace pressure. Leak defects will allow gas flow from outside a container into the headspace.  If a container is initially processed with a modified atmosphere in the headspace (purged with an inert gas or evacuated to a reduced pressure), then a total pressure rise or oxygen partial pressure rise can be detected and correlated to a leak rate. LIGHTHOUSE sensors use spectroscopic techniques to make a rapid non-destructive analytical measurement of the headspace conditions.

In addition to a potential sterility risk, product stability can be compromised by a loss of container closure integrity. Gas ingress, particularly of reactive atmospheric molecules such as oxygen and moisture, can impact product stability and reduce potency through reactions with active ingredients and excipients. LIGHTHOUSE sensors quantitatively measure oxygen and moisture levels inside the product container. For products that are oxygen- or moisture-sensitive, this enables a verification that product is within specification.

Please contact us to take advantage of our experience and expertise in 100% container closure integrity inspection of sterile vials.

 

Presentation “100% lyo product CCI inspection benchmarking data”

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Related Material

PULSAR Headspace CCI Inspection Lease System
Stopper "Pop-Up" and the Effects on Container Closure of Sterile Vials
Detecting Raised Stoppers in Sterile Freeze Dried Vials
Headspace Oxygen Monitoring and Container Closure Integrity Testing of Pre-Filled Syringes
Introduction to Laser-Based Headspace Inspection and the Application to 100% Container Closure Inspection of Sterile Pharmaceutical Containers
Case Study: 100% Container Closure Inspection of Freeze Dried Drug Product


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