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CARDIOVASCULAR SYSTEMS INCORPORATED DIAMONDBACK CORONARY; CATHETER, CORONARY, ATHERECTOMY
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| Model Number |
DBEC-125 |
| Medical Device Problem Codes |
Unintended System Motion (1430); Device Damaged by Another Device (2915)
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| Health Effect - Clinical Code |
No Clinical Signs, Symptoms or Conditions (4582)
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| Date of Event |
09/24/2025
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Type of Reportable Event
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Malfunction
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Event or Problem Description
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It was reported a diamondback 360 precision coronary orbital atherectomy device (oad) was used for treatment of lesion in mid circumflex artery (cfx) through femoral artery access using 6 fr guide catheter which was inserted to the left main artery (lm) and cannulated.Anticoagulation was started.The viperwire advance coronary guide wire with flex tip was advanced without resistance through the lesion in the mid cfx and the radiopaque tip was positioned in mid obtuse marginal artery (om1).The vessel was primarily wired with viperwire.There was moderate wire bias.The oad was prepared and advanced on glideassist into the vessel.The method of treatment due to calcification and tortuosity was retrograde.The crown was advanced past the lesion and positioned distal to the lesion.The first treatment, which was on low setting, was successful with no issues and one-to-one motion was identified.To perform a second treatment, glideassist was again used to cross the lesion to remove compression build up and ensure smooth transition across the lesion.Motion was identified as one-to-one while using glideassist for the second treatment.The viperwire was noted on angiogram to be midway down the om1 and still out of range of the crown roughly 15 mm from the radiopaque spring tip.The physician ensured the setting was on low, guide wire brake was down, ready to treat.The control knob was positioned at 5 on the oad prior to powering on.He proceeded to press the on button.Upon powering on, the oad had compression buildup and the oad crown jumped across the bend into the om1 vessel.The oad was immediately turned off.The viperwire radiopaque tip was observed to have detached.Angiogram was taken to ensure no damage was done to the vessel.There was no dissection or perforation visible on angiogram.The oad and viperwire were immediately removed.To trap the fragment, a 300cm long abbott whisper guide wire was advanced through the lesion.A non-abbott 1.5mmx 8mm balloon was then advanced but could not to cross the lesion.A non-abbott 1.2mm x 8mm balloon was advanced but also failed to cross the lesion.Access to the fragment was attempted several times but a snare could not cross the lesion.The physician then called a colleague in thoracic surgery to assist with the removal of the fragment.The patient remained stable throughout the entire procedure.No medications were needed for support.The patient had chest pain immediately upon the viperwire fractured and experienced nausea.The surgeon requested an intra-aortic balloon pump (iabp) to be inserted prior to surgery.The iabp was inserted without issue.The patient was immediately sent to the operating room for emergent bypass.Upon follow up on (b)(6) 2025 the patient was out of surgery, doing well and recovering without intubation but still on iabp for support.The physician has no concerns about potential long-term risk outcomes.
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Additional Manufacturer Narrative
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Manufacturer's investigation is still pending at this time.Results and conclusions will be provided in the final report.The viperwire guide wire referenced in b5 is filed under a separate medwatch report number.
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Additional Manufacturer Narrative
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A visual inspection, functional testing, dimensional analysis, and detailed analysis were performed on the returned device.The reported unintended system movement - crown jump was not able to be confirmed.The reported device causing damage to another device is confirmed per the complaint on the guide wire.Production record and corrective and preventative actions (capa) reviews were performed and revealed no indication of a product quality issue.Additionally, a query of the complaint handling database for the reported lot revealed there is no indication of a lot-specific issue.Based on the reported information and the observations from the returned analysis, the investigation determined that the reported unintended system movement - crown jump and device damaged by another device - caused damage appear to be related to circumstances of the procedure.During analysis the oad spun as intended with no crown jumping observed.Engineering review of the device data log showed that the second low-speed spin ended in a stall.It is unknown if the stall identified in the data log is related to the reported complaint.Based on the results of the complaint investigation there is no indication of a product quality issue with respect to the design, manufacture, or labeling of the device.Updated: g3, g6, h2, h3, h6 (codes 4755, 4118, 3233, and 11 no longer apply).H10: the viperwire guide wire referenced in b5 is filed under a separate medwatch report number.
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Event or Problem Description
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It was reported a diamondback 360 precision coronary orbital atherectomy device (oad) was used for treatment of lesion in mid circumflex artery (cfx) through femoral artery access using 6 fr guide catheter which was inserted to the left main artery (lm) and cannulated.Angiomax anticoagulation was started.The viperwire advance coronary guide wire with flex tip was advanced without resistance through the lesion in the mid cfx and the radiopaque tip was positioned in mid obtuse marginal artery (om1).The vessel was primarily wired with viperwire.There was moderate wire bias.The oad was prepared and advanced on glideassist into the vessel.The method of treatment due to calcification and tortuosity was retrograde.The crown was advanced past the lesion and positioned distal to the lesion.The first treatment which was on low setting was successful with no issues and one-to-one motion was identified.To perform a second treatment, glideassist was again used to cross the lesion to remove compression build up and ensure smooth transition across the lesion.Motion was identified as one-to-one while using glideassist for the second treatment.The viperwire was noted on angiogram to be midway down the om1 and still out of range of the crown roughly 15 mm from the radiopaque spring tip.The physician ensured the setting was on low, guide wire brake was down, ready to treat.The control knob was positioned at 5 on the oad prior to powering on.He proceeded to press the on button.Upon powering on, the oad had compression buildup and the oad crown jumped across the bend into the om1 vessel.The oad was immediately turned off.The viperwire radiopaque tip was observed to have detached.Angiogram was taken to ensure no damage was done to the vessel.There was no dissection or perforation visible on angiogram.The oad and viperwire were immediately removed.To trap the fragment, a 300cm long abbott whisper guide wire was advanced through the lesion.A non-abbott 1.5mm x 8mm balloon was then advanced but could not to cross the lesion.A non-abbott 1.2mm x 8mm balloon was advanced but also failed to cross the lesion.Access to the fragment was attempted several times but a snare could not cross the lesion.The physician then called a colleague in thoracic surgery to assist with the removal of the fragment.The patient remined stable throughout the entire procedure.No medications were needed for support.The patient had chest pain immediately upon the viperwire fractured and experienced nausea.The surgeon requested an intra-aortic balloon pump (iabp) to be inserted prior to surgery.The iabp was inserted without issue.The patient was immediately sent to the operating room for emergent bypass.Upon follow up on (b)(6) 2025, the patient was out of surgery, doing well and recovering without intubation but still on iabp for support.The physician has no concerns about potential long-term risk outcomes.
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