Maquet Medical Systems USA

The firm identified that the measured patient leakage current in some devices significantly exceeded expected levels.

The Emergency Priming Line, a component of the HLS Set, may have a compromised sterile barrier due to nonconformities at the bag seal. This issue may result in inflammation, sepsis, or infection.

The Emergency Priming Line, a component of the HLS Set, may have a compromised sterile barrier due to nonconformities at the bag seal. This issue may result in inflammation, sepsis, or infection.

The Bubble Sensor optional accessory to the CARDIOHELP-i extracorporeal life support system includes an incorrect UDI Device Identifier (DI) provided with the label attached to the device.

Nonconformities at their seal could potentially compromise the sterile barrier for affected products. Breach of sterile barrier could expose patients to pathogenic agents, resulting in the following potential harms: inflammation, infection, or sepsis.

Nonconformities at their seal could potentially compromise the sterile barrier for affected products. Breach of sterile barrier could expose patients to pathogenic agents, resulting in the following potential harms: inflammation, infection, or sepsis.

Firm received complaints of breaks in the insulation, shielding, or wires of the venous probe connection cable. Fracture of the venous probe cable may influence the management of extracorporeal support. Patient may be exposed to inappropriate blood flow, blood temperature, or hematocrit/hemoglobin levels as a result of the CARDIOHELP-i not receiving information from the venous probe.

CARDIOHELP-i System was not properly tested to measure leakage current

Certain factory settings for the device were incorrectly described in the IFU-related to the warning limits for PVen and PAux, and the default settings for the venous bubble sensor (VBS) and the automatic lock in the Minimized Extracorporeal Circulation (MECC) ThApp

Product removal due to possible blocking or impairment of the CARDIOHELP Emergency Drive. This issue can lead to the patient being exposed to inappropriate low blood flow. Potential associated harms are ischemia and hypoxia.

It was found that the fixation (weld) employed by the supplier of the nut bolt to the slide rail plate was insufficient. The deficient weld allows the nut bolt to break off from the slide rail plate with slight manual force.

Product packaging may exhibit small pinholes which may not be visible to the unaided eye, compromising the sterile barrier of the packaging. Exposure to non-sterile device may result in inflammation, infection, sepsis, and ischemia.

Product packaging may exhibit small pinholes which may not be visible to the unaided eye, compromising the sterile barrier of the packaging. Exposure to non-sterile device may result in inflammation, infection, sepsis, and ischemia.

Product packaging may exhibit small pinholes which may not be visible to the unaided eye, compromising the sterile barrier of the packaging. Exposure to non-sterile device may result in inflammation, infection, sepsis, and ischemia.

Product packaging may exhibit small pinholes which may not be visible to the unaided eye, compromising the sterile barrier of the packaging. Exposure to non-sterile device may result in inflammation, infection, sepsis, and ischemia.

Product packaging may exhibit small pinholes which may not be visible to the unaided eye, compromising the sterile barrier of the packaging. Exposure to non-sterile device may result in inflammation, infection, sepsis, and ischemia.

Product packaging may exhibit small pinholes which may not be visible to the unaided eye, compromising the sterile barrier of the packaging. Exposure to non-sterile device may result in inflammation, infection, sepsis, and ischemia.

Product packaging may exhibit small pinholes which may not be visible to the unaided eye, compromising the sterile barrier of the packaging. Exposure to non-sterile device may result in inflammation, infection, sepsis, and ischemia.

Product packaging may exhibit small pinholes which may not be visible to the unaided eye, compromising the sterile barrier of the packaging. Exposure to non-sterile device may result in inflammation, infection, sepsis, and ischemia.

1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory's sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.

1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory's sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.

1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory's sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.

1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory's sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.

1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory's sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.

1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory's sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.

1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory's sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.

1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory's sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.

1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory s sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.

1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory's sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.