Abiomed, Inc.

Hole(s) to the outer pouch of the Introducer Kits (both trayed and non-trayed) may compromise the sterile barrier of the Introducer Kits. Non-sterile product exposes patients to the possibility of the introduction of micro-organisms into the vasculature and/or access site, leading to an infectious process, bacteremia or sepsis

Hole(s) to the outer pouch of the Introducer Kits (both trayed and non-trayed) may compromise the sterile barrier of the Introducer Kits. Non-sterile product exposes patients to the possibility of the introduction of micro-organisms into the vasculature and/or access site, leading to an infectious process, bacteremia or sepsis

Hole(s) to the outer pouch of the Introducer Kits (both trayed and non-trayed) may compromise the sterile barrier of the Introducer Kits. Non-sterile product exposes patients to the possibility of the introduction of micro-organisms into the vasculature and/or access site, leading to an infectious process, bacteremia or sepsis

Hole(s) to the outer pouch of the Introducer Kits (both trayed and non-trayed) may compromise the sterile barrier of the Introducer Kits. Non-sterile product exposes patients to the possibility of the introduction of micro-organisms into the vasculature and/or access site, leading to an infectious process, bacteremia or sepsis

Hole(s) to the outer pouch of the Introducer Kits (both trayed and non-trayed) may compromise the sterile barrier of the Introducer Kits. Non-sterile product exposes patients to the possibility of the introduction of micro-organisms into the vasculature and/or access site, leading to an infectious process, bacteremia or sepsis.

Hole(s) to the outer pouch of the Introducer Kits (both trayed and non-trayed) may compromise the sterile barrier of the Introducer Kits. Non-sterile product exposes patients to the possibility of the introduction of micro-organisms into the vasculature and/or access site, leading to an infectious process, bacteremia or sepsis

Hole(s) to the outer pouch of the Introducer Kits (both trayed and non-trayed) may compromise the sterile barrier of the Introducer Kits. Non-sterile product exposes patients to the possibility of the introduction of micro-organisms into the vasculature and/or access site, leading to an infectious process, bacteremia or sepsis

Hole(s) to the outer pouch of the Introducer Kits (both trayed and non-trayed) may compromise the sterile barrier of the Introducer Kits. Non-sterile product exposes patients to the possibility of the introduction of micro-organisms into the vasculature and/or access site, leading to an infectious process, bacteremia or sepsis

The following features have been disabled from the web-based portal because the FDA has not evaluated these features for safety and effectiveness: Notifications via email feature; AIC alarm color on case tile feature; Sort case tiles by AIC alarm color feature; Pump metric display on case tile feature

Pump not detected as connected to controller due to software issue.

Pump not detected as connected to controller due to software issue.

A higher than expected rate of thrombus formation or deposition has been observed. The risk is for thrombus formations or deposits on indwelling central venous lines or cannulas may break free and enter into the Impella RP Flex, resulting in reduced flow, loss of support, or hemolysis

There is a potential risk for unintentional interaction of the Impella motor housing with the distal stent of a transcatheter aortic valve replacement (TAVR) resulting in destruction of the impeller blades. This has resulted in low flow from the damaged Impella system. Systemic embolization of the fractured impeller material is a possibility.

There is a potential risk for unintentional interaction of the Impella motor housing with the distal stent of a transcatheter aortic valve replacement (TAVR) resulting in destruction of the impeller blades. This has resulted in low flow from the damaged Impella system. Systemic embolization of the fractured impeller material is a possibility.

There is a potential risk for unintentional interaction of the Impella motor housing with the distal stent of a transcatheter aortic valve replacement (TAVR) resulting in destruction of the impeller blades. This has resulted in low flow from the damaged Impella system. Systemic embolization of the fractured impeller material is a possibility.

There is a potential risk for unintentional interaction of the Impella motor housing with the distal stent of a transcatheter aortic valve replacement (TAVR) resulting in destruction of the impeller blades. This has resulted in low flow from the damaged Impella system. Systemic embolization of the fractured impeller material is a possibility.

There is a potential risk for unintentional interaction of the Impella motor housing with the distal stent of a transcatheter aortic valve replacement (TAVR) resulting in destruction of the impeller blades. This has resulted in low flow from the damaged Impella system. Systemic embolization of the fractured impeller material is a possibility.

There is a potential risk for unintentional interaction of the Impella motor housing with the distal stent of a transcatheter aortic valve replacement (TAVR) resulting in destruction of the impeller blades. This has resulted in low flow from the damaged Impella system. Systemic embolization of the fractured impeller material is a possibility.

There was one complaint that the sidearm of the device detached during explant of a pump. When the sidearms are subjected to heat, humidity and articulation, a silicone oil contaminant that was unintentionally introduced during manufacturing at the joint between the sidearm and the hub may cause the joint to detach.

The Impella 5.5 pump experienced a heightened complaint rate for purge leaks.