Infusion Pumps

Potential for the backcheck valve to malfunction, resulting in backflow of medication from secondary (piggyback) IV containers into primary IV containers and the inability to prime, resulting in patient injuries of adverse drug reaction and/or product malfunction with loss of medication/blood.

Potential for the backcheck valve to malfunction, resulting in backflow of medication from secondary (piggyback) IV containers into primary IV containers and the inability to prime, resulting in patient injuries of adverse drug reaction and/or product malfunction with loss of medication/blood.

Potential for the backcheck valve to malfunction, resulting in backflow of medication from secondary (piggyback) IV containers into primary IV containers and the inability to prime, resulting in patient injuries of adverse drug reaction and/or product malfunction with loss of medication/blood.

Potential for the backcheck valve to malfunction, resulting in backflow of medication from secondary (piggyback) IV containers into primary IV containers and the inability to prime, resulting in patient injuries of adverse drug reaction and/or product malfunction with loss of medication/blood.

Potential for the backcheck valve to malfunction, resulting in backflow of medication from secondary (piggyback) IV containers into primary IV containers and the inability to prime, resulting in patient injuries of adverse drug reaction and/or product malfunction with loss of medication/blood.

Potential for the backcheck valve to malfunction, resulting in backflow of medication from secondary (piggyback) IV containers into primary IV containers and the inability to prime, resulting in patient injuries of adverse drug reaction and/or product malfunction with loss of medication/blood.

Potential for the backcheck valve to malfunction, resulting in backflow of medication from secondary (piggyback) IV containers into primary IV containers and the inability to prime, resulting in patient injuries of adverse drug reaction and/or product malfunction with loss of medication/blood.

Potential for the backcheck valve to malfunction, resulting in backflow of medication from secondary (piggyback) IV containers into primary IV containers and the inability to prime, resulting in patient injuries of adverse drug reaction and/or product malfunction with loss of medication/blood.

Potential for the backcheck valve to malfunction, resulting in backflow of medication from secondary (piggyback) IV containers into primary IV containers and the inability to prime, resulting in patient injuries of adverse drug reaction and/or product malfunction with loss of medication/blood.

There were 27 complaints between March 22, 2024, and April 30, 2024, related to VH-3500 and VH-4000, reporting that the C-Ring wire was straightened (due to insufficient bend radius) and that the distance between C-Ring and Harvesting Tool was closer than normal. No adverse events have been reported to date in direct association with this issue.

An increased number of complaints were reported on the Blood Pump Rotor (P/N - F40015481 REV A) after a period of use by clinics noting loose/dislodged guide sheaves.

GE HealthCare has become aware of an issue with certain Vivid ultrasound systems where, due to a slow DICOM Worklist response time, incorrect patient name and demographics can be displayed on the ultrasound scanner screen rather than the intended patient selected by the user.

An increased number of complaints were reported on the Blood Pump Rotor (P/N - F40015481 REV A) after a period of use by clinics noting loose/dislodged guide sheaves.

An increased number of complaints were reported on the Blood Pump Rotor (P/N - F40015481 REV A) after a period of use by clinics noting loose/dislodged guide sheaves.

An increased number of complaints were reported on the Blood Pump Rotor (P/N - F40015481 REV A) after a period of use by clinics noting loose/dislodged guide sheaves.

An increased number of complaints were reported on the Blood Pump Rotor (P/N - F40015481 REV A) after a period of use by clinics noting loose/dislodged guide sheaves.

An increased number of complaints were reported on the Blood Pump Rotor (P/N - F40015481 REV A) after a period of use by clinics noting loose/dislodged guide sheaves.

An increased number of complaints were reported on the Blood Pump Rotor (P/N - F40015481 REV A) after a period of use by clinics noting loose/dislodged guide sheaves.

An increased number of complaints were reported on the Blood Pump Rotor (P/N - F40015481 REV A) after a period of use by clinics noting loose/dislodged guide sheaves.

There were 27 complaints between March 22, 2024, and April 30, 2024, related to VH-3500 and VH-4000, reporting that the C-Ring wire was straightened (due to insufficient bend radius) and that the distance between C-Ring and Harvesting Tool was closer than normal. No adverse events have been reported to date in direct association with this issue.