Updates to the HVAD system instructions for use (IFU) and patient manual (PM) will be provided. These updates will clarify (1) the conditions under which an HVAD [Controller Fault] alarm may sound and the recommended troubleshooting actions and (2) instructions relating to the useful life of the HVAD system components
Updates to the HVAD system instructions for use (IFU) and patient manual (PM) will be provided. These updates will clarify (1) the conditions under which an HVAD [Controller Fault] alarm may sound and the recommended troubleshooting actions and (2) instructions relating to the useful life of the HVAD system components
Updates to the HVAD system instructions for use (IFU) and patient manual (PM) will be provided. These updates will clarify (1) the conditions under which an HVAD [Controller Fault] alarm may sound and the recommended troubleshooting actions and (2) instructions relating to the useful life of the HVAD system components
Updates to the HVAD system instructions for use (IFU) and patient manual (PM) will be provided. These updates will clarify (1) the conditions under which an HVAD [Controller Fault] alarm may sound and the recommended troubleshooting actions and (2) instructions relating to the useful life of the HVAD system components
Updates to the HVAD system instructions for use (IFU) and patient manual (PM) will be provided. These updates will clarify (1) the conditions under which an HVAD [Controller Fault] alarm may sound and the recommended troubleshooting actions and (2) instructions relating to the useful life of the HVAD system components
Updates to the HVAD system instructions for use (IFU) and patient manual (PM) will be provided. These updates will clarify (1) the conditions under which an HVAD [Controller Fault] alarm may sound and the recommended troubleshooting actions and (2) instructions relating to the useful life of the HVAD system components
Updates to the HVAD system instructions for use (IFU) and patient manual (PM) will be provided. These updates will clarify (1) the conditions under which an HVAD [Controller Fault] alarm may sound and the recommended troubleshooting actions and (2) instructions relating to the useful life of the HVAD system components
Updates to the HVAD system instructions for use (IFU) and patient manual (PM) will be provided. These updates will clarify (1) the conditions under which an HVAD [Controller Fault] alarm may sound and the recommended troubleshooting actions and (2) instructions relating to the useful life of the HVAD system components
Updates to the HVAD system instructions for use (IFU) and patient manual (PM) will be provided. These updates will clarify (1) the conditions under which an HVAD [Controller Fault] alarm may sound and the recommended troubleshooting actions and (2) instructions relating to the useful life of the HVAD system components
Medtronic has identified that the logfiles downloaded from the recently updated Model 1521 monitors (Serial Numbers: MON4xxxxxx for OUS and MON5xxxxxx for US), are unable to be processed by the Autologs web portal.
Over time, the driveline cover may become hardened, creating difficulty or an inability to slide the cover back to access the driveline to controller connector. Access to the driveline connector may be delayed, which may result in patient harm from a prolonged pump stop, if an urgent driveline connection or controller issue needs to be addressed. In the event a hardened driveline cover is observed, contact your Medtronic field representative for further assessment and/or servicing.
Over time, the driveline cover may become hardened, creating difficulty or an inability to slide the cover back to access the driveline to controller connector. Access to the driveline connector may be delayed, which may result in patient harm from a prolonged pump stop, if an urgent driveline connection or controller issue needs to be addressed. In the event a hardened driveline cover is observed, contact your Medtronic field representative for further assessment and/or servicing.
Over time, the driveline cover may become hardened, creating difficulty or an inability to slide the cover back to access the driveline to controller connector. Access to the driveline connector may be delayed, which may result in patient harm from a prolonged pump stop, if an urgent driveline connection or controller issue needs to be addressed. In the event a hardened driveline cover is observed, contact your Medtronic field representative for further assessment and/or servicing.
Over time, the driveline cover may become hardened, creating difficulty or an inability to slide the cover back to access the driveline to controller connector. Access to the driveline connector may be delayed, which may result in patient harm from a prolonged pump stop, if an urgent driveline connection or controller issue needs to be addressed. In the event a hardened driveline cover is observed, contact your Medtronic field representative for further assessment and/or servicing.
Over time, the driveline cover may become hardened, creating difficulty or an inability to slide the cover back to access the driveline to controller connector. Access to the driveline connector may be delayed, which may result in patient harm from a prolonged pump stop, if an urgent driveline connection or controller issue needs to be addressed. In the event a hardened driveline cover is observed, contact your Medtronic field representative for further assessment and/or servicing.
Over time, the driveline cover may become hardened, creating difficulty or an inability to slide the cover back to access the driveline to controller connector. Access to the driveline connector may be delayed, which may result in patient harm from a prolonged pump stop, if an urgent driveline connection or controller issue needs to be addressed. In the event a hardened driveline cover is observed, contact your Medtronic field representative for further assessment and/or servicing.
Over time, the driveline cover may become hardened, creating difficulty or an inability to slide the cover back to access the driveline to controller connector. Access to the driveline connector may be delayed, which may result in patient harm from a prolonged pump stop, if an urgent driveline connection or controller issue needs to be addressed. In the event a hardened driveline cover is observed, contact your Medtronic field representative for further assessment and/or servicing.
Over time, the driveline cover may become hardened, creating difficulty or an inability to slide the cover back to access the driveline to controller connector. Access to the driveline connector may be delayed, which may result in patient harm from a prolonged pump stop, if an urgent driveline connection or controller issue needs to be addressed. In the event a hardened driveline cover is observed, contact your Medtronic field representative for further assessment and/or servicing.
Over time, the driveline cover may become hardened, creating difficulty or an inability to slide the cover back to access the driveline to controller connector. Access to the driveline connector may be delayed, which may result in patient harm from a prolonged pump stop, if an urgent driveline connection or controller issue needs to be addressed. In the event a hardened driveline cover is observed, contact your Medtronic field representative for further assessment and/or servicing.
Battery performance issues. Battery electrical faults render it unable to power the controller, unable to accept charge from the battery charger, and/or result in the battery to appear to remain charged while discharging.
Finnish and Turkish translation errors in HVAD controller and monitor displays as will as Instructions for Use, Patient Manual, and Emergency Responder Guide for the HeartWare Ventricular Assist Device (HVAD) system.
Finnish and Turkish translation errors in HVAD controller and monitor displays as will as Instructions for Use, Patient Manual, and Emergency Responder Guide for the HeartWare Ventricular Assist Device (HVAD) system.
Finnish and Turkish translation errors in HVAD controller and monitor displays as will as Instructions for Use, Patient Manual, and Emergency Responder Guide for the HeartWare Ventricular Assist Device (HVAD) system.
Finnish and Turkish translation errors in HVAD controller and monitor displays as will as Instructions for Use, Patient Manual, and Emergency Responder Guide for the HeartWare Ventricular Assist Device (HVAD) system.
Finnish and Turkish translation errors in HVAD controller and monitor displays as will as Instructions for Use, Patient Manual, and Emergency Responder Guide for the HeartWare Ventricular Assist Device (HVAD) system.
Finnish and Turkish translation errors in HVAD controller and monitor displays as will as Instructions for Use, Patient Manual, and Emergency Responder Guide for the HeartWare Ventricular Assist Device (HVAD) system.
Updated cleaning instructions are being provided for the Controller AC Adapter, DC Adapter, and Battery to provide clarity to avoid cleaning the power source connector pins, as this could remove the lubricant that is applied to the pins as a mitigation for power switching.
There is more force required to slide the driveline cover (boot cover) away from the connector after completion of a Driveline Strain Relief Repair than over an unrepaired strain relief. This may lead to difficulty in pulling back the driveline cover when attempting to access the Driveline connector during a controller exchange. Additionally, sliding the driveline cover over a strain relief repair may compromise the repair.
Medtronic is stopping the distribution and sale of the HVAD System due to a growing body of observational clinical comparisons that shows a higher frequency of neurological adverse events and mortality associated with the system when compared to other commercially available left ventricular assist devices, as well as complaints that the internal pump may delay or fail to restart.
Medtronic is stopping the distribution and sale of the HVAD System due to a growing body of observational clinical comparisons that shows a higher frequency of neurological adverse events and mortality associated with the system when compared to other commercially available left ventricular assist devices, as well as complaints that the internal pump may delay or fail to restart.
Medtronic is stopping the distribution and sale of the HVAD System due to a growing body of observational clinical comparisons that shows a higher frequency of neurological adverse events and mortality associated with the system when compared to other commercially available left ventricular assist devices, as well as complaints that the internal pump may delay or fail to restart.
Medtronic is stopping the distribution and sale of the HVAD System due to a growing body of observational clinical comparisons that shows a higher frequency of neurological adverse events and mortality associated with the system when compared to other commercially available left ventricular assist devices, as well as complaints that the internal pump may delay or fail to restart.
Medtronic is stopping the distribution and sale of the HVAD System due to a growing body of observational clinical comparisons that shows a higher frequency of neurological adverse events and mortality associated with the system when compared to other commercially available left ventricular assist devices, as well as complaints that the internal pump may delay or fail to restart.
Medtronic is stopping the distribution and sale of the HVAD System due to a growing body of observational clinical comparisons that shows a higher frequency of neurological adverse events and mortality associated with the system when compared to other commercially available left ventricular assist devices, as well as complaints that the internal pump may delay or fail to restart.
Medtronic is stopping the distribution and sale of the HVAD System due to a growing body of observational clinical comparisons that shows a higher frequency of neurological adverse events and mortality associated with the system when compared to other commercially available left ventricular assist devices, as well as complaints that the internal pump may delay or fail to restart.
Medtronic is stopping the distribution and sale of the HVAD System due to a growing body of observational clinical comparisons that shows a higher frequency of neurological adverse events and mortality associated with the system when compared to other commercially available left ventricular assist devices, as well as complaints that the internal pump may delay or fail to restart.
Medtronic is stopping the distribution and sale of the HVAD System due to a growing body of observational clinical comparisons that shows a higher frequency of neurological adverse events and mortality associated with the system when compared to other commercially available left ventricular assist devices, as well as complaints that the internal pump may delay or fail to restart.
Medtronic is stopping the distribution and sale of the HVAD System due to a growing body of observational clinical comparisons that shows a higher frequency of neurological adverse events and mortality associated with the system when compared to other commercially available left ventricular assist devices, as well as complaints that the internal pump may delay or fail to restart.
The pump has an impeller with a shroud height that did not meet the lower control limit.
IFU and Patient Manual updated to describe HVAD Controller Connection Verification. The labeling is being corrected to reflect the actual verified behavior of a successful connector to the controller, which is a "beep" and not "audible click", to clarify under what alarm conditions a beep will not be heard, and identify alternate confirmation methods (visual indicator) for successful connection. NOTE: this update is included in the February 2021 Urgent Medical Device Notice also covered in recalls 87456 and 87603
IFU and Patient Manual updated to describe Expected Alarm Duration. The Instructions for Use (IFU) is being updated to advise clinicians that alarms that resolve after a very short period may mean there is an intermittent problem and the cause of the alarm can be evaluated by analysis of the controller log files. The Patient Manual (PM) is being updated to instruct patients to contact their clinicians if they cannot identify an alarm before it is cleared as it might mean there is an intermittent problem. NOTE: this update is included in the February 2021 Urgent Medical Device Notice also covered in recalls 87456 and 87604
Medtronic HeartWare HVAD System Instructions for Use (IFU) and Patient Manual (PM) updates regarding: Carrying Cases, Driveline Cover Orientation, and Controller Power Up Sequence issues. The PM is being updated to clarify use of the support strap and wear instructions in addition to cleaning instructions of the carrying cases. The IFU and PM are being updated to add a useful life for the carrying cases. The PM is being updated to inform users to keep the driveline cover on when disconnecting and reconnecting the driveline. The IFU and PM are being updated to clarify the power-up sequence that causes the alarm indicator LEDs and both sets of battery LEDs to turn red for 2.5 seconds while the LCD displays the power-on message. NOTE: this update is included in the February 2021 Urgent Medical Device Notice also covered in recalls 87603 and 87604
There is the potential for the Controller power cables (AC Adapter, DC Adapter, and Battery cables), HVAD Alarm Adapter, and HVAD Monitor data cables to cause damage to the HVAD Controller ports when inserting the cables into the Controller ports, due to wear from misalignment of the cables to the port.
There is the potential for the Controller power cables (AC Adapter, DC Adapter, and Battery cables), HVAD Alarm Adapter, and HVAD Monitor data cables to cause damage to the HVAD Controller ports when inserting the cables into the Controller ports, due to wear from misalignment of the cables to the port.
There is the potential for the Controller power cables (AC Adapter, DC Adapter, and Battery cables), HVAD Alarm Adapter, and HVAD Monitor data cables to cause damage to the HVAD Controller ports when inserting the cables into the Controller ports, due to wear from misalignment of the cables to the port.
There is the potential for the Controller power cables (AC Adapter, DC Adapter, and Battery cables), HVAD Alarm Adapter, and HVAD Monitor data cables to cause damage to the HVAD Controller ports when inserting the cables into the Controller ports, due to wear from misalignment of the cables to the port.
There is the potential for the Controller power cables (AC Adapter, DC Adapter, and Battery cables), HVAD Alarm Adapter, and HVAD Monitor data cables to cause damage to the HVAD Controller ports when inserting the cables into the Controller ports, due to wear from misalignment of the cables to the port.
There is the potential for the Controller power cables (AC Adapter, DC Adapter, and Battery cables), HVAD Alarm Adapter, and HVAD Monitor data cables to cause damage to the HVAD Controller ports when inserting the cables into the Controller ports, due to wear from misalignment of the cables to the port.
Pumps manufactured with impellers from a subset of lots from a single supplier are failing to initially start, restart, or experiencing a delay in restart within the maximum number of restart attempts at a rate substantially higher than pump in the overall population.
The Outflow Graft may be subject to tears and the Strain Relief screw may break during the pre-implant pump assembly and attachment to the HVAD Pump.
The Outflow Graft may be subject to tears and the Strain Relief screw may break during the pre-implant pump assembly and attachment to the HVAD Pump.
The Outflow Graft may be subject to tears and the Strain Relief screw may break during the pre-implant pump assembly and attachment to the HVAD Pump.
The Outflow Graft may be subject to tears and the Strain Relief screw may break during the pre-implant pump assembly and attachment to the HVAD Pump.
The Outflow Graft may be subject to tears and the Strain Relief screw may break during the pre-implant pump assembly and attachment to the HVAD Pump.
Potential for an HVAD System user to mistakenly insert the Battery Charger AC Adapter into an HVAD Controller power port.
Potential for an HVAD System user to mistakenly insert the Battery Charger AC Adapter into an HVAD Controller power port.
HVAD Battery Charger units manufactured with wrong inductors.
Certain HVAD System Controller units may not meet the labeled standard for protection against water or fluid ingress, specifically they may have the potential to develop hairline cracks at the power ports of the controller housing.
Possible transient electrical connection interruption between an HVAD System power source (Battery, AC Adapter, or DC Adapter) and the Controller, while the power source is connected, that may cause unintended switching to the secondary power source and/or unexpected audible tones (beeping). The interruption typically lasts 1-2 seconds, due to oxidation between power source connector and socket.
In April 2015, HeartWare, now a part of Medtronic, notified users of a safety issue related to the HVAD Pump Driveline Splice Kit. Medtronic now intends to send a follow-up communication to identified clinicians informing them that a new, improved splice kit is available.
Product recall of all HVAD Controllers currently on the market and to exchange them for the next generation HVAD Controller (Controller2.0)
Loose connector ports in controller body.
Foreign material found within the driveline connector of the HVAD Pump that could cause increased impedance resulting in electrical faults.
Heartware Ventricular Assist System Battery Cell experiencing premature depletion.
Complaints with the HVAD Abnormal Power Source Switching.
Complaints with the HVAD Internal Controller Alarm Battery failures.
Complaints with the HVAD Discolored and Cracked Driveline Outer Sheath.
Complaints with the HVAD Retraction of Pins within the driveline connector.
HeartWare has received complaints relating to damage or bent connection pins within the power supply ports of the VAD controller.
Failures of the splice repair kit if exposed to excessive force.
The affected clinical trial Controllers exhibit a higher susceptibility to ESD than newer commercial Controllers.
Patients and caregivers are instructed that if a battery does not provide two hours of support or behaves unusually, that battery should no longer be used and should be replaced.
The housing to the Pump's driveline connector became partially or fully separated from the front portion of the driveline connector.
Potential to electrostatic discharged (ESD)
HeartWare, Inc. of Miami Lakes, FL is recalling their Ventricular Assist System due to the loosening of the HVAD Pump driveline connector.