Quality control for packaging integrity
and product safety
Deterministic CCIT, headspace analysis and leak detection in
one non-destructive platform.
Supporting compliance with USP <1207> and Annex 1
Where packaging integrity breaks down
Ensure packaging integrity, compliance, and production confidence
Undetected leaks and contamination risks
Even micro-leaks can compromise sterility and lead to contamination, product recalls, or rejected batches.
Many conventional leak detection methods lack the sensitivity and repeatability required to reliably detect small defects, creating uncertainty in both development and production.
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Unverified headspace and gas composition
Without accurate headspace analysis, oxygen ingress and residual gas levels can go undetected.
This can result in:
- Reduced product stability
- Shortened shelf life
- Loss of efficacy
Reliable gas measurement is critical for ensuring consistent product quality.
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Regulatory risk and failed validation
Pharmaceutical packaging must comply with strict requirements such as USP <1207>, EU Annex 1, and GMP.
Using non-validated or probabilistic methods can result in:
- Failed audits
- Delayed product release
- Increased compliance risk
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Costly and inefficient destructive testing
Traditional testing methods often require sample destruction, preventing retesting and increasing waste.
This leads to:
- Higher operational costs
- Limited data reliability
- Inefficient quality control workflows
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Methods for testing packaging integrity
A range of methods detect leaks, verify container closure integrity, and measure gas composition in pharmaceutical packaging, but their effectiveness varies. Laser-based headspace analysis offers a non-destructive, repeatable, and highly sensitive approach for packaging integrity of pharmaceuticals.
Container Closure Integrity Testing
Used to verify seal integrity and detect leaks in pharmaceutical packaging. Includes both probabilistic and deterministic methods.
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Leak detection methods
While approaches such as dye ingress and vacuum-based testing are commonly used to identify packaging defects, with varying sensitivity and reliability, Gasporox instead offers deterministic methods combining laser-based measurements and tracer-gases
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Headspace analysis
Measures oxygen and gas composition inside sealed containers to detect ingress and ensure product stability.
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Deterministic vs probabilistic methods
Understanding the difference is critical for validation and compliance with USP <1207> and Annex 1.
Laser-based headspace analysis is increasingly adopted by pharmaceutical companies for reliable integrity testing and headspace gas measurement.
Moving toward non-destructive and deterministic testing
Pharmaceutical packaging requirements are evolving. Traditional testing methods are no longer sufficient to meet increasing demands for sensitivity, repeatability, and regulatory compliance. Manufacturers are shifting toward deterministic and non-destructive approaches to ensure more reliable and efficient quality control.
Why traditional methods are no longer enough
Many commonly used methods rely on destructive testing or indirect detection techniques.
This creates limitations:
- NInability to repeat tests on the same sample
- NLimited sensitivity for micro-leaks
- NSubjective or operator dependent results
The advantage of non-destructive testing
Non-destructive methods enable direct, repeatable measurement without compromising the sample.
This allows for:
- NReliable and quantiative results
- NRepeated testing of the same container
- NReduced product waste
- NImproved validation and documentation
From leak detection to gas-based measurement
- Destructive
- Indirect detection
- Limited repeatability
- Snapshot testing
- Non-destructive
- Direct gas measurement
- Repeatable testing
- Continuous & scalable insight
The capabilities enable a more reliable and scalable approach to pharmaceutical quality control across both laboratory and production environments.
Applications
Our non-destructive, deterministic testing solutions support a range of critical applications, enabling comprehensive quality control throughout the lifecycle of pharmaceutical products.
Laboratory applications
- NContainer Closure Integrity Testing
- NStability studies
- NSystem verification & validation
- NProcess development
Production applications
- N100% in-line Container Closure Integrity Testing
- NAutomated quality control
- NManufacturing process control
- NReal-time container inspection
These capabilities enable a more reliable and scalable approach to pharmaceutical quality control across both laboratory and production environments.
