Sensitivity depends on the chosen technology: pressure and vacuum methods detect small to fine leaks mass flow provides fast and repeatable measurements tracer gas methods detect extremely low leak [...]

Yes. Leak testing systems can be integrated: as manual assisted stations in semi-automatic cells fully automated in-line production systems Automation improves repeatability, reduces operator influence, and ensures full data [...]

Yes. Leak testing is fully compatible with medical regulatory frameworks, including: ISO 11607 for sterile barrier systems ISO 13485 quality management systems FDA and MDR requirements, depending on the [...]

Sterile medical packaging is commonly tested using vacuum decay technology, as defined in ASTM F2338. The package is placed in a sealed chamber under vacuum, and any pressure increase [...]

Several technologies are used depending on the application: Pressure decay: measures pressure loss over time in non-porous devices Vacuum decay: detects pressure increase in a vacuum chamber, widely used [...]

Non-destructive testing allows manufacturers to: perform 100% production testing preserve sterile or high-value products improve traceability and quality investigations reduce scrap and overall cost of quality comply with medical [...]

Leak testing is commonly applied to: catheters, tubing and fluid transfer sets balloons, reservoirs and flexible devices valves, connectors and sealed assemblies implantable or single-use medical devices sterile packaging [...]

Non-destructive leak testing is a quality control method used to detect leaks without damaging the medical device or its packaging. It ensures the functional integrity of the device and, [...]