BOSTON SCIENTIFIC - SPENCER SPYSCOPE DS ACCESS & DELIVERY CATHETER; CHOLEDOCHOSCOPE AND ACCESSORIES, FLEXIBLE/RIGID
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Model Number M00546600 |
Device Problem
Material Protrusion/Extrusion (2979)
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Patient Problem
No Patient Involvement (2645)
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Event Date 09/20/2017 |
Event Type
malfunction
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Manufacturer Narrative
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The device has not been received for analysis.Upon receipt and completion of the failure analysis of the complaint device, if there is any further relevant information from that review, a supplemental medwatch will be filed.
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Event Description
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It was reported to boston scientific corporation that a spyscope ds access & delivery catheter was used during a design validation study procedure performed on (b)(6) 2017.According to the complainant, during a study procedure, the interior working channel sleeve began protruding inside the human biliary system model.The procedure was completed with another spyscope ds access & delivery catheter.The spyscope ds access and delivery catheter is indicated for single use; however, as part of this bench top study this spyscope was previously used for several study procedures using the human biliary system model.No patient was involved, only a human biliary system model was used.
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Manufacturer Narrative
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A visual examination of the spyscope ds device found the working channel sleeve extended from the distal cap when received.The tip of the protruded sleeve was frayed.The proximal end of the distal cap was aligned to the cap weld.There was evidence of the production bonding process and the application of heat to the outside of the catheter during manufacturing assembly, as seen in the working channel sleeve reflow/bond.A functional inspection was performed.The distal tip articulated without issue.A spybite device was passed through the working channel without issue.The distal cap was removed from the catheter for examination.The distal end of the exposed working channel sleeve was tugged; it was not detached from the catheter.The catheter was cut open to expose the working channel sleeve.The catheter was pulled back to assess the adhesion of the working channel sleeve to the pebax.The working channel sleeve did not fall out; the working channel sleeve was pulled out of the catheter.There was strong evidence of adhesion of the working channel sleeve to the inside of the catheter, as seen by the proximal end of the working channel sleeve remaining attached to the pebax and some discoloration/adhesive on the pebax.The complaint was consistent with the reported event of the working channel sleeve protrusion.Most likely, the defect was due to anatomical/procedural factors encountered during the procedure, therefore, the most probable root cause for the working channel protrusion is operational context.A dhr (device history record) review was performed and no deviation was found.
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Event Description
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It was reported to boston scientific corporation that a spyscope ds access & delivery catheter was used during a design validation study procedure performed on 20sep2017.According to the complainant, during a study procedure, the interior working channel sleeve began protruding inside the human biliary system model.The procedure was completed with another spyscope ds access & delivery catheter.The spyscope ds access and delivery catheter is indicated for single use; however, as part of this bench top study this spyscope was previously used for several study procedures using the human biliary system model.No patient was involved, only a human biliary system model was used.
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