The investigational analysis completed (b)(6) 2019.The returned device was inspected and reddish material was found in pebax sleeve.Then, during the second visual the reddish material in pebax sleeve was confirmed and a hole was found.A manufacturing record evaluation was performed and no internal actions were identified.The customer complaint was confirmed.The root cause of the damage on pebax cannot be related to the manufacturing process since there is evidence that the device was manufactured in accordance with documented specification and procedures.It could be related to the handling of the device during the procedure.However, this cannot be conclusively determined.(b)(4).
|
It was reported that a patient underwent an ablation procedure with a thermocool® smart touch® sf uni-directional navigation catheter, and the biosense webster inc.(bwi) product analysis lab (pal) found a hole in the pebax.Initially, it was reported that there was blood inside the catheter tip.No external damage was reported.No adverse patient consequences were reported.The initially reported blood in the catheter tip was assessed as not mdr reportable.The potential that it could cause or contribute to a death or serious injury, or other significant adverse event, is remote.The bwi pal received the device for evaluation on (b)(6) 2019.Upon initial visual inspection, reddish material was observed in the pebax, with no internal parts exposed.These findings coincide with what was initially reported.The observed reddish material in the pebax has been assessed as not mdr reportable.The potential that it could cause or contribute to a death or serious injury, or other significant adverse event, is remote.Further testing was then performed.During a second visual inspection on (b)(6) 2019, the reddish material in the pebax was confirmed.Additionally, a hole was observed in the pebax.The observed hole in the pebax has been assessed as an mdr reportable malfunction, as the device integrity was compromised.The awareness date has been reset to (b)(6) 2019.
|