The customer¿s report that a texium syringe and iv set leaked was confirmed.The set and syringe were visually inspected for damage such as incomplete bonding engagements, cracks, kinks, holes, and tears.The actuator tabs of the texium adaptors were not damaged.No anomalies or evidence of damage was observed.Functional testing was performed confirmed a drop of liquid leaked from between the distal smartsite and the texium luer of the syringe.Pressure testing was performed; no leakage confirmed.Further testing was performed at (b)(4) facilities in (b)(4).The leak was verified when using the customer¿s syringe and iv set during simulated infusion.However, leaks were not observed when new components were used or when the returned iv set was used with a new texium syringe.The probable cause was attributed to a pressure build-up in the shaft of the texium male luer resulting in a fluid leak path.
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