| Catalog Number |
OTB59120A |
| Medical Device Problem Code |
Fracture (1260)
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| Health Effect - Clinical Code |
No Clinical Signs, Symptoms or Conditions (4582)
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| Date of Event |
01/29/2025
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Type of Reportable Event
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Malfunction
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Additional Manufacturer Narrative
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This device is available for analysis, but the engineering report is not yet available.However, it will be submitted within 30 days upon receipt.
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Event or Problem Description
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As reported, an outback elite catheter had an issue during a case.The re-entry needle actually fell off in the up and over sheath before even getting to the lesion.No resistance was encountered when torquing the device, but abnormal force was required while attempting to get over the bifurcation, this is where the distal part of the device broke off inside the sheath.The broken part was snared out without any harm to the patient.The device was prepared as specified by the instructions for use.No apparent damage to the device was noticed prior to use.All specified ports were flushed, followed by a 30-second pause, and then flushed again using heparinized saline.Cannula actuation was verified outside of the patient.The catheter was held in a straight orientation with "no slack" during preparation, and the cannula/needle actuated smoothly.The catheter was not coiled prior to insertion, and the cannula tip was fully retracted before insertion.The handle deployment slide was locked in the proximal position, and there was no difficulty retracting the cannula back into the catheter.There was a one-to-one response to the nosecone while rotating the rotating hemostatic valve during prep.There was no difficulty advancing the outback over the guidewire, but the outback was never fully advanced to the lesion.The catheter and package will be returned for evaluation.
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Event or Problem Description
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As reported, an outback elite catheter had an issue during a case.The re-entry needle actually fell off in the up and over sheath before even getting to the lesion.No resistance was encountered when torquing the device, but abnormal force was required while attempting to get over the bifurcation, this is where the distal part of the device broke off inside the sheath.The broken part was snared out without any harm to the patient.The device was prepared as specified by the instructions for use.No apparent damage to the device was noticed prior to use.All specified ports were flushed, followed by a 30-second pause, and then flushed again using heparinized saline.Cannula actuation was verified outside of the patient.The catheter was held in a straight orientation with "no slack" during preparation, and the cannula/needle actuated smoothly.The catheter was not coiled prior to insertion, and the cannula tip was fully retracted before insertion.The handle deployment slide was locked in the proximal position, and there was no difficulty retracting the cannula back into the catheter.There was a one-to-one response to the nosecone while rotating the rotating hemostatic valve during prep.There was no difficulty advancing the outback over the guidewire, but the outback was never fully advanced to the lesion.The catheter and package will be returned for evaluation.
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Additional Manufacturer Narrative
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As reported, an outback elite catheter had an issue during a case.The re-entry needle actually fell off in the up and over sheath before even getting to the lesion.No resistance was encountered when torquing the device, but abnormal force was required while attempting to get over the bifurcation, this is where the distal part of the device broke off inside the sheath.The broken part was snared out without any harm to the patient.The device was prepared as specified by the instructions for use.No apparent damage to the device was noticed prior to use.All specified ports were flushed, followed by a 30-second pause, and then flushed again using heparinized saline.Cannula actuation was verified outside of the patient.The catheter was held in a straight orientation with "no slack" during preparation, and the cannula/needle actuated smoothly.The catheter was not coiled prior to insertion, and the cannula tip was fully retracted before insertion.The handle deployment slide was locked in the proximal position, and there was no difficulty retracting the cannula back into the catheter.There was a one-to-one response to the nosecone while rotating the rotating hemostatic valve during prep.There was no difficulty advancing the outback over the guidewire, but the outback was never fully advanced to the lesion.A non-sterile unit of the product ¿outback elite 120cm re-entry¿ was received coiled inside a clear plastic bag and unpacked for product evaluation.During visual inspection, it was observed that the cannula was fully retracted, the handle slider was set in the retraction position, and the nosecone subassembly was separated; the missing component was not returned for analysis.No other notable findings were observed.A functional test was performed by actuating the handle slider to deploy and retract the cannula needle, and it functioned as expected with no anomalies.The separated area was inspected using a vision system to obtain a magnified image, revealing twelve overlapping weld spots arranged in a zigzag pattern on the keyed housing and eight weld spots along the intersection of the outer collar and keyed housing.No cracks, holes, or voids were observed¿only the weld spots were visible.The reported customer event, ¿cannula/needle ¿ fractured/separated,¿ was not seen during product analysis; however, the malfunction ¿catheter tip/distal tip ¿ fractured/separated¿ was observed.The exact cause of the tip separation could not be determined, though the abnormal force required to navigate the aortoiliac bifurcation may have contributed, as this was the location where damage was identified.Users are trained to inspect devices for signs of damage prior to and during use, and any product showing signs of damage should not be used.Information for safety is provided in the product labeling to raise user awareness of potential risks.According to the instructions for use (ifu)¿though not intended as a risk mitigation¿ ¿if resistance is felt during deployment, do not apply unnecessary forward push on the outback® elite re-entry catheter, as this may result in damage to the cannula tip and/or separation of the cannula tip.Excessive rotation, bending, or kinking of the catheter may also affect its performance; the device should be withdrawn if it becomes excessively kinked.If strong resistance is encountered during manipulation or delivery, the cause should be determined before proceeding further.¿ based on the available information and product analysis, there is no evidence to suggest that the event was related to the device design or manufacturing process.Therefore, no corrective or preventive actions will be taken at this time.
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Search Alerts/Recalls
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