Abiomed

A potential for introducer sheath leakage from under the sheath cap and along the hub score lines, identified in 14Fr and 23Fr Introducers. These manufacturing issues are not visually detectable by the user, and 14Fr or 23Fr Introducers are provided in every pump set.

A potential for introducer sheath leakage from under the sheath cap and along the hub score lines, identified in 14Fr and 23Fr Introducers. These manufacturing issues are not visually detectable by the user, and 14Fr or 23Fr Introducers are provided in every pump set.

A potential for introducer sheath leakage from under the sheath cap and along the hub score lines, identified in 14Fr and 23Fr Introducers. These manufacturing issues are not visually detectable by the user, and 14Fr or 23Fr Introducers are provided in every pump set.

A potential for introducer sheath leakage from under the sheath cap and along the hub score lines, identified in 14Fr and 23Fr Introducers. These manufacturing issues are not visually detectable by the user, and 14Fr or 23Fr Introducers are provided in every pump set.

A potential for introducer sheath leakage from under the sheath cap and along the hub score lines, identified in 14Fr and 23Fr Introducers. These manufacturing issues are not visually detectable by the user, and 14Fr or 23Fr Introducers are provided in every pump set.

A potential for introducer sheath leakage from under the sheath cap and along the hub score lines, identified in 14Fr and 23Fr Introducers. These manufacturing issues are not visually detectable by the user, and 14Fr or 23Fr Introducers are provided in every pump set.

A potential for introducer sheath leakage from under the sheath cap and along the hub score lines, identified in 14Fr and 23Fr Introducers. These manufacturing issues are not visually detectable by the user, and 14Fr or 23Fr Introducers are provided in every pump set.

A potential for introducer sheath leakage from under the sheath cap and along the hub score lines, identified in 14Fr and 23Fr Introducers. These manufacturing issues are not visually detectable by the user, and 14Fr or 23Fr Introducers are provided in every pump set.

A potential for introducer sheath leakage from under the sheath cap and along the hub score lines, identified in 14Fr and 23Fr Introducers. These manufacturing issues are not visually detectable by the user, and 14Fr or 23Fr Introducers are provided in every pump set.

A potential for introducer sheath leakage from under the sheath cap and along the hub score lines, identified in 14Fr and 23Fr Introducers. These manufacturing issues are not visually detectable by the user, and 14Fr or 23Fr Introducers are provided in every pump set.

Potential for thrombus formation during prolonged use of the introducer.

Potential for thrombus formation during prolonged use of the introducer.

Potential for thrombus formation during prolonged use of the introducer.

Potential for thrombus formation during prolonged use of the introducer.

Exposure to the low purge pressure occurrence may result in persistent low purge pressure alarms and, in some cases, interruption or loss of mechanical circulatory support.

Potential software error in the Automated Impella Controller ("AIC" ) when used in conjunction with left ventricular Impella devices.

Retrospective submission for following issues identified: 1. Alarm failures, power-path faults, electrical-short risks, and inaccurate motor-current sensing were identified in certain AIC consoles. 2. There is improper alignment between the purge cassette and the motor drive in the AIC. This can result in a piston block event and lead to the inability to complete priming of the purge system, requiring the user to switch to backup AIC console.

A retrospective review identified that there are AIC units requiring specific hardware updates to address potential safety concerns. These hardware updates have been implemented through Abiomed s servicing process; therefore, AICs that have not received service are pending these updates. Issue 1: The proximity of the internal Video Graphics Array cable to the Digital Signal Processor chipset on the Impellatronic printed circuit assembly could potentially result in Electrostatic Discharge coupling into the Digital Signal Processor which may interrupt motor controls. Issue 2: There is a potential for the Compact Flash Memory Card dislodgement due to external applied forces, which could result in AIC startup failures and data logging issues. Issue 3: Improper routing of the fan wire within the AIC could lead to fan wire damage, which may result in console boot-up failure. Issue 4: Potential capacitor related issues on the Power Battery Manager, including the potential for the capacitors to cause pump stop, purge stop, and/or single fan fuse failures.

Potential that the "Purge System Blocked" alarm display on the Automated Impella Controller (AIC) could be delayed when using first generation Impella 5.5 (0550-0008*) pumps.

Increased risk of purge leaks with Generation 1 purge cassettes.

Differential pressure (dP) sensor in Impella RP devices may malfunction, causing sensor values to drift.

Differential pressure (dP) sensor in Impella RP devices may malfunction, causing sensor values to drift.

Differential pressure (dP) sensor in Impella RP devices may malfunction, causing sensor values to drift.

Device packaged in incorrect outer box carton.