The device was returned to boston scientific for analysis.Visual inspection showed some sections of the adhesive located around the electrode rings was found detached.No more visual damages were found during this inspection.The steering knob and the tension control knob functioned properly on both lock and unlock positions.An abnormal resistance was felt when actuating the steering mechanism and an audible click was heard.The device was actuated in order to check the curves and it was observed that the curves were inverted; when the right curve was actuated it was placed in the left shaded area of the template.The same happened with the left curve, when it was actuated it was placed in the right shaded area of the template.The out of plane test was done and it was possible to observe that the curve tip was out of the shaded area.The device failed the dimensional test.The device under test was inspected using the x-ray machine, however, no abnormalities were encountered.The device was dissembled and no abnormalities of damages that could have caused or contributed with reported event were found.Inside the shaft, excessive quantity of dry blood was found.The manufacturing batch record review confirmed that the device met all material, assembly and performance specifications.
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Reportable based on device analysis completed on 08dec2020.It was reported that during an ablation procedure, the curve of the blazer prime catheter was not adequate and at the end of the procedure one of the curves was noted to be broken.A crunchy sound was also noted when attempting to make a curve and a crack was heard after the catheter was removed from the patient.The procedure was completed successfully without patient complications by using a different curve on the original device.The device was returned to boston scientific for analysis.However, device analysis revealed the adhesive located around the electrode rings was found broken on some sections.
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