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Leak Detection Tests for Ensuring Medical Device Package Integrity

Leak Detection Tests for Ensuring Medical Device Package Integrity
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Leak Detection Tests for Ensuring Medical Device Package Integrity - 1

Labthink Instruments Co., Ltd. info@labthink.com +86-531-85068566 Leak Detection Tests for Ensuring Medical Device Package Integrity Keywords: Medical packaging integrity, leak testing, bubble method, vacuum method, ASTM standards. Medical devices rely on sterile packaging to ensure patient safety. Leakage can compromise sterility, so manufacturers rigorously test package integrity. This article explores two key methods for leak detection: the bubble method and the vacuum method. The bubble method (ASTM F2096) works by pressurizing the sealed package underwater. If leaks exist, escaping air forms a stream of bubbles, revealing the breach. This method is versatile, handling various package shapes and sizes. However, pressure control is critical. Too little pressure might miss leaks, while too much can damage the packaging or create misleading bubble patterns for porous materials. The key is to find the right balance, starting with a quick initial pressure increase followed by a slower, controlled rise until a steady stream of bubbles appears.

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Leak Detection Tests for Ensuring Medical Device Package Integrity - 2

Labthink Instruments Co., Ltd. info@labthink.com +86-531-85068566 C660B Leak and Seal Strength Tester is professionally designed for the leakage tests of packages for food, drugs, medical instruments, household chemical products, cars, electronic components, stationeries and other industrial products. The instrument also can be used to test seal performance of specimens after falling and compression tests Vacuum Degree Vacuum Chamber Effective Sizes

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Leak Detection Tests for Ensuring Medical Device Package Integrity - 3

Labthink Instruments Co., Ltd. info@labthink.com +86-531-85068566 The vacuum method (ASTM D3078) takes a different approach. The sealed package is submerged in a liquid-filled container placed within a vacuum chamber. As the pressure inside the chamber decreases, leaks allow air or liquid to enter the package, creating visible bubbles or liquid ingress. The higher the vacuum level, the smaller the leaks it can detect. However, this method has limitations. Flexible packaging with excess headspace can affect test accuracy. Additionally, trapped air pockets might mimic leaks, requiring careful...

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