GE Healthcare

GE Healthcare discovered particles in certain vials of Omnipaque (iohexol), a contrast dye used during medical imaging procedures. The contamination affects 11 specific lot numbers distributed nationwide. No injuries have been reported so far.

GE Healthcare has recalled specific lots of Omnipaque (iohexol) injection, a contrast dye used in medical imaging, because some vials may contain visible particles. This could affect the safety of the procedure if the contaminated solution is used.

GE Healthcare SIGNA Premier whole-body MRI scanners may have steel fittings instead of brass fittings on the magnet rear. During service work while the magnet is powered up, the magnetic field could pull on these steel parts, risking injury to technicians.

GE Healthcare has identified a software issue in certain versions of its Centricity Universal Viewer Zero Footprint Client where patient information displayed in the viewer may not match the medical images being shown. This could occur in specific workflows on systems with Patient Timeline installed. The issue affects approximately 250 units.

Certain GE Healthcare Omni Legend PET scanners may occasionally produce streaking artifacts in scan images. This visual distortion appears as lines in the images displayed on the scanner console and could affect image quality used for clinical diagnosis.

GE HealthCare identified that certain older GE MAXXUS Nuclear Medicine systems may have been moved or transported without proper detector support. This could damage the detector mounting and potentially cause the detector to fall, which poses a serious injury risk. No injuries or detector falls have been reported so far.

GE HealthCare identified that certain older SMV BodyTrack nuclear medicine systems may have been moved or transported without proper detector support during their service life. This can weaken the detector mounting mechanisms. If the detector becomes loose or falls, it could cause serious injury. No injuries or detector falls have been reported so far.

GE HealthCare discovered that certain older SMV DSI nuclear medicine systems may have been moved or transported without proper detector support. This can stress the detector mounting and potentially cause the detector to fall, which could injure someone. No falls or injuries have occurred yet.

GE HealthCare identified that certain older SMV DSX nuclear medicine systems may not have been properly supported during transport or relocation. This could damage the detector mounting mechanisms and potentially cause the detector to fall, creating a serious safety risk. No injuries have been reported so far.

GE HealthCare ViewPoint 6 versions 6.15.3 and 6.15.4 may not display complete patient medical history information in the Patient History tab. This affects specific ultrasound systems used in medical facilities. No injuries have been reported.

Potential loss of monitoring on affected monitors when powered by certain batteries. Affected batteries can lose capability to hold charge and provide back up power. If this situation occurs, it will cause loss of patient monitoring and potentially delay recognizing patient status changes requiring treatment.

Potential loss of monitoring on affected monitors when powered by certain batteries. Affected batteries can lose capability to hold charge and provide back up power. If this situation occurs, it will cause loss of patient monitoring and potentially delay recognizing patient status changes requiring treatment.

Potential loss of monitoring on affected monitors when powered by certain batteries. Affected batteries can lose capability to hold charge and provide back up power. If this situation occurs, it will cause loss of patient monitoring and potentially delay recognizing patient status changes requiring treatment.

Potential loss of monitoring on affected monitors when powered by certain batteries. Affected batteries can lose capability to hold charge and provide back up power. If this situation occurs, it will cause loss of patient monitoring and potentially delay recognizing patient status changes requiring treatment.

Potential loss of monitoring on affected monitors when powered by certain batteries. Affected batteries can lose capability to hold charge and provide back up power. If this situation occurs, it will cause loss of patient monitoring and potentially delay recognizing patient status changes requiring treatment.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.

GE HealthCare has become aware that certain Nuclear Medicine systems that are past the End of Guaranteed Service could have been transported or relocated without adequate detector support. This could result in excessive stress being applied to the detector mounting mechanisms, compromising their integrity. If this occurs, it can potentially result in a detector fall and lead to life-threatening bodily injury.