GE Medical Systems, LLC
86 federal recalls on file. We monitor every CPSC, FDA, USDA, and NHTSA notice for GE Medical Systems, LLC and translate it into plain English — free weekly digest, optional same-day alerts.
- 2024-08-14FDA-DeviceClass IISIGNA MAGNUS, with affected software versions: MR29.1, RX29.1; Nuclear Magnetic Resonance Imaging System - research use only
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA 7.0T, with affected software versions: 7T29.1, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IIDiscovery MR950, with affected software versions: 7T23.0; Nuclear Magnetic Resonance Imaging System - research use only
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA UHP, with affected software versions: RX28.0, MR30.1; Nuclear Magnetic Resonance Imaging System - research use only
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA Victor, with affected software versions: MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA Prime, with affected software versions: MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IIOptima MR360, with affected software versions: SV20.3, SV23.3, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IIBrivo MR355, with affected software versions: SV20.3, SV23.3, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA MR360, with affected software versions: SV25.5, SV25.6; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA MR355, with affected software versions: SV25.5, SV25.6; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA MR380, with affected software versions: SV25.5, SV25.6; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA Explorer, with affected software versions: SV25.5, SV25.6, SV29.2, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA Creator, with affected software versions: HD16.0_V03 to HD16.4, HD23.0_V03, HD28.0, HD29.1, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass II1.5T SIGNA HDxt Family, with affected software versions: HD16.0_V03 to HD16.4, HD23.0_V03, HD28.0, HD29.1, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA Voyager, with affected software versions: PX26.0 to PX26.6, VX28.0, VX29.1, VX29.2, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA Artist, with affected software versions: DV26.0, DV27.1, DV28.1, DV29.1, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IIOptima MR450w 1.5T, with affected software versions: DV24.0, DV25.0, DV25.1, DV26.0, DV29.1, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IIDiscovery MR450 1.5T, with affected software versions: DV24.0, DV25.0, DV25.1, DV26.0; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA PET/MR, with affected software versions: MP24.0, MP26.0, MP26.1, MR30.0, MR30.1; Tomographic imager combining emission computed tomography with nuclear magnetic resonance
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IIDiscovery MR750w 3.0T, with affected software versions: DV24.0, DV25.0, DV25.1, DV26.0 to DV26.5, DV29.1, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IIDiscovery MR750 3.0T, with affected software versions: DV24.0, DV25.0, DV25.1, DV26.0 to DV26.4, DV29.1, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass II3.0T SIGNA HDxt Family, with affected software versions: RX27.0 to RX27.3, RX28.0, RX29.0 to RX29.2, MR30.0, MR30.1HD16.0_V03, HD23.0_V03; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA Premier, with affected software versions: RX27.0 to RX27.3, RX28.0, RX29.0 to RX29.2, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA Hero, with affected software versions: PX29.1, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA Pioneer, with affected software versions: PX25.0 to PX25.5, PX26.0, PX26.1, PX28.0 to PX28.4, PX29.0, PX29.1, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
- 2024-08-14FDA-DeviceClass IISIGNA Architect, with affected software versions: DV26.0 to DV26.3, DV27.0 to DV27.3, DV28.0 to DV28.5, DV29.0, DV29.1, DV29.2, MR30.0, MR30.1; Nuclear Magnetic Resonance Imaging System
GE HealthCare has become aware that for certain MR systems, the system predicted B1+RMS value can exceed the B1+RMS user prescribed limit when scanning in Low SAR Mode and the following two conditions are met: 1. 2D FSE T2 FLAIR OR T2 FLAIR Propeller imaging sequence is selected, AND 2. the Optimized T2 FLAIR sequence option is turned off OR not included in the MR configuration. If this occurs, it can result in overheating of an MR conditional implant.
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