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Model Number 39467-200 |
Device Problems
Output Problem (3005); Noise, Audible (3273); Intermittent Loss of Power (4016)
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Patient Problem
No Clinical Signs, Symptoms or Conditions (4582)
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Event Date 08/23/2023 |
Event Type
malfunction
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Manufacturer Narrative
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E1.Initial reporter address 1: (b)(6).
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Event Description
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It was reported that the procedure was cancelled.A 2.00mm rotapro was selected for use.During the procedure, 3 rotapro advancers were used.First, a 1.5mm rotapro was used to ablate the lesion without any problem.Second, a 2.0mm rotapro was checked outside the body, but an abnormal sound was noticed, and red stall was displayed upon advancing inside the patient in dynaglide mode; the speed did not increase.Therefore, the rotawire and advancer were replaced.The third 2.0mm rotapro was checked but has the same issue with the second one, rota was then stopped.
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Event Description
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It was reported that the procedure was cancelled.A 2.00mm rotapro was selected for use.During the procedure, 3 rotapro advancers were used.First, a 1.5mm rotapro was used to ablate the lesion without any problem.Second, a 2.0mm rotapro was checked outside the body, but an abnormal sound was noticed, and red stall was displayed upon advancing inside the patient in dynaglide mode; the speed did not increase.Therefore, the rotawire and advancer were replaced.The third 2.0mm rotapro was checked but has the same issue with the second one, rota was then stopped.
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Manufacturer Narrative
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E1.Initial reporter address 1: (b)(6).Device evaluated by manufacturer: the device was returned for analysis.The advancer, handshake connections, sheath, coil, burr and annulus were visually and microscopically examined.Inspection of the device did not identify any damages or defects.Functional testing was performed by attempting to rotate the drive shaft, and the drive shaft was able to be rotated.When the rotapro advancer was connected to the rotapro console control system and the knob switch (ablation button) was pressed, the device stalled and would not run.In order to determine the cause for the device stall, destructive testing was performed, in which the advancer was dismantled, and the interior components were inspected for damages or defects.During destructive testing, it was identified that dried saline was present on the shutter and rotor of the device.It was considered likely that the presence of dried saline interfered with the devices ability to rotate or to communicate rpm to the console using the fiber optic cable, leading to a device stall.
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Search Alerts/Recalls
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