The complained inspire 8f hollow fiber oxygenator with integrated hardshell venous cardiotomy reservoir was a non-sterile component assembled into a sterile convenience pack that is not distributed in the usa.
The catalog number, lot number, and expiration date refer to the sterile finished product into which the oxygenator was assembled.
As the sterile finished product is not distributed in usa, there is no unique identifier (udi) number.
However, the inspire 8f is similar to the inspire 8f oxygenator (catalog number 050716), which is distributed in the usa, for which the device identifier is (b)(4).
The inspire 8f hollow fiber oxygenator with integrated hardshell venous cardiotomy reservoir was a non-sterile component assembled into a convenience pack that is not distributed in the usa.
The stand alone oxygenator (catalog number 050716) is registered in the usa (510(k) number: k130433).
The device manufacture date refers to manufacture date of the sterile, finished convenience pack into which the oxygenator was assembled.
Sorin group (b)(4) manufactures the inspire 8f hollow fiber oxygenator with integrated hardshell venous cardiotomy reservoir.
The incident occurred in (b)(6).
This medwatch report is being filed on behalf of sorin group (b)(4).
On (b)(6) 2016, sorin group (b)(4) was notified that the user facility had submitted a report to the local competent authority.
This medwatch report is being filed in response to this action.
A review of the dhr did not identify any deviations or non-conformities relevant to the reported issue.
The device was returned to sorin group (b)(4) for investigation and has been sent for decontamination.
The investigation is on-going.
A follow-up report will be sent when the investigation will be completed.
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Sorin group (b)(4) manufactures the inspire 8f hollow fiber oxygenator with integrated hardshell venous cardiotomy reservoir.
The incident occurred in (b)(6).
The pump sheet for the event was sent to sorin group (b)(4) for evaluation.
The data was closely reviewed and the transmembrane pressure values were analyzed with the help of a mathematical prediction model.
The analysis confirmed that the transmembrane pressure values recorded during the event were above the expectations.
Such a result is ascribable to clotting phenomenon.
Accordingly, visual inspection of the returned oxygenator found massive clotting in the blood path and in the integrated arterial filter of the oxygenator.
Sorin group (b)(4) has concluded that the most probable root cause of the clotting increase is a combination of multiple triggering factors, including interaction between the patient characteristic and the clinical procedure.
Although the rate of occurrence for this type of event is very low with respect to the total quantity of devices distributed, sorin group (b)(4) has initiated a capa project to evaluate the material and device geometry interaction for cardiac bypass procedures.
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