Flexible container integrity test Non-destructive test method User-friendliness and ergonomics: The ASC 7400SGV is a non-destructive leak test instrument for large flexible containers or pouches for pharmaceutical or medical use. A large high-resolution touch screen provides a clear user interface and allows a quick intuitive understanding of the instrument. The ASC 7400 SGV is designed to replace destructive tests like dye tests and bubble tests. This test equipment allows quick and easy quantification of the degree of tightness of the product. The operator places the product in the test chamber He/she closes the lid, which starts the test The vacuum is gradually installed and stabilised The instrument measures the pressure variation inside the product over a certain period The test chamber is returned to atmospheric pressure The test result is displayed: green light: Pass, or red light: Fail The measured values are displayed and available for output in Excel or pdf format Lid remains locked on Fail result, requires pressing “Unlock Process” button Benefits ✓ Non-destructive test : • • • • • No need to scrap products after test Waste is virtually eliminated Quick test: sample size or test frequency can be increased for better process control 100% Test possible on critical or high-risk products, quarantined batches Automation possible ✓ Certification of measurement with Reference product: • • • Validation of measurement, verification of measurement chain, traceable to National Standards Certification of test system, qualification (IQ/OQ/PQ) Correlation with Standards ✓ Physical measurement of degree of tightness: • • • Tightness value can be calibrated Test results are independent of operator influence, alertness, etc. SPC (Statistical Process Control) possible ✓ Implementation assistance from ASC Instrument experts: •

Integrity tester ASC 7400SGV Vacuum leak testing by internal pressure variation This measurement method, developed by ASC Instrument, is ideal for verifying the tightness of flexible containers without any damage, alteration or contamination. The method consists of creating a vacuum in the test chamber in which the product is placed, causing the container to “inflate”. The built-in pressure transducer continually measures the pressure inside the container. The chamber is isolated when a specified target pressure is reached and the internal pressure variation in the product is measured over a...