Container Dimensions: 35 mm x 35 mm x 35 mm (min); 150 mm x 210 mm x 210 mm (max)
Speed: From 120 to 500 cpm
Inspection Features: Non-Invasive, Non-Destructive CCIT based on Vacuum Decay Method & Lid Deflection
Inspection Capabilities: Microleaks detection
High machine adaptability & stability
Customizable solutions for line interface
Easy bypass and reduced downtime in case of interference thanks to safety clutches present in each testing chamber shaft and star wheels.
Quick Format Change: Automatic height adjustment
Container Closure Integrity Testing is a non-destructive measurement technology based on Vacuum Decay Method and Lid Deflection performed while the package itself is held within an hermetically sealed test chamber. Vacuum Decay test measures the loss of vacuum inside the testing chamber as a result of headspace gas leakage from the package. A special sensor (BHS) is in place to control the integrity of the lid or foil by means of a dedicated package lid deflection algorithm. This application is suggested when applying the vacuum decay leak testing method to containers having non-rigid external surfaces. The sensor is used to detect significant changes in pack surface deflection during the execution of vacuum decay testing cycle. This technology allows to increase the detection capability and to reduce the leak testing time making it a fundamental feature, for example in the case of food trays and cups. The monitoring of the vacuum level allows to identify microleaks and rejecting the faulty
Equipment test method refers to:
Approved industry standard “ASTM F2338-09”: “Standard Test Method for Non-Destructive Detection of Leaks in Packages”.