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| Model Number |
CORKSCREW FT, BC, SUTURETAPE, 4.75MM |
| Medical Device Problem Code |
Break (1069)
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| Health Effect - Clinical Code |
Foreign Body In Patient (2687)
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| Date of Event |
01/12/2026
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Type of Reportable Event
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Malfunction
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Additional Manufacturer Narrative
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Investigation is in process.A follow-up report will be provided upon availability of additional information.
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Event or Problem Description
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On 12-jan-2026, a sales representative reported via email that an ar-1927bct-475 biocomposite corkscrew ft was used with the correct punch and tap due to hard bone quality.The surgeon inserted the corkscrew appropriately, and as the anchor was nearly flush with the bone, the inserter snapped completely, leaving a portion of the inserter lodged inside the anchor.The surgeon attempted to remove the retained inserter fragment but was unsuccessful and elected to leave both the anchor and the fragment implanted.This was discovered during an rcr procedure.Additional information was received on 16-jan-2026: the surgery occurred on (b)(6) 2026.The case was completed using a replacement ar-1927bct-475 biocomposite corkscrew ft.Although the surgery itself was not delayed, approximately 10 minutes were spent attempting to remove the fragment, but the fragment was left in place.
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Additional Manufacturer Narrative
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Additional information: g3, h3, h6 complaint allegation is confirmed by the attached picture, which shows the based on the information provided which may include the device (if available and returned), pictures, videos, event description, and any additional information from the field, arthrex was able to conclude a most likely cause.Per dfu-0087-eo - e warnings - bioabsorbable only: attempting implantation into hard, dense bone and/or drilling/punching smaller diameter holes than recommended may cause failure (breakage) of the implant during insertion.G.Precautions - 3.Make sure to use the recommended drill bit or punch to create the bone socket.The most likely cause of the reported failure is consistent with mechanical overload of the inserter at the distal end during final advancement of the anchor, influenced by increased resistance, off-axis loading, misaligned insertion, or prying/leveraging forces, resulting in fracture and retention of a portion of the inserter within the anchor.
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Search Alerts/Recalls
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