Every medical device recall the FDA publishes, pulled live from openFDA's Device Recall database - the same records behind the FDA's own recall pages. No manual sync: this page re-fetches on its own, so a recall shows up here as soon as the FDA posts it. Not filtered to devices in our catalog.
openFDA last refreshed this dataset on September 12, 2026. New recalls appear here on the FDA's own publishing schedule.
59,160 recall(s)
Reason: Medline is recalling medical convenience manufactured using certain lots of SafeAir Smoke Evacuation Pencil which were subsequently recalled by Stryker.
Root cause: Under Investigation by firm
Reason: Medline is recalling medical convenience manufactured using certain lots of SafeAir Smoke Evacuation Pencil which were subsequently recalled by Stryker.
Root cause: Under Investigation by firm
Reason: Medline is recalling medical convenience manufactured using certain lots of SafeAir Smoke Evacuation Pencil which were subsequently recalled by Stryker.
Root cause: Under Investigation by firm
Reason: Potential that the IMT Diluent volume remaining (% remaining) does not decrease as expected on the Atellica CI Analyzer, potentially leading to the IMT Diluent being empty while still displaying that volume is remaining. In this case Sodium (Na), Potassium (K) and Chloride (Cl) test results may be falsely elevated. Quality Control materials demonstrate the same behavior.
Root cause: Software design
Reason: Patients implanted with synthetic cartilage implant, may experience a higher-than expected occurrence rate of the following hazards: revision, removal, implant subsidence, displacement, pain, nerve damage or fragmentation.
Root cause: Device Design
Reason: Potential for falsely depressed auto-diluted results for samples above the measuring interval of 18.00 mg/L, up to 30.00 mg/L, when using the Atellica CH 2-Microglobulin (B2M) reagent.
Root cause: Under Investigation by firm
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: GE HealthCare has become aware of a potential issue on certain Discovery, Optima, Revolution series CT systems, and certain operator console upgrades that can result in rotated CT images. Particularly with helical, cine, and cardiac (if applicable) scan modes, after the first image of an exam, each subsequent image can be rotated by an increasing amount. The amount of progressive image rotation is dependent on the gantry speed and the duration of the scan. The final image in the exam can be rotated up to a maximum of ~56 degrees. The entire anatomy rotates as a whole by equal degrees, without distortion, and the anatomical positioning and z-axis of the images remains correct. Small degrees of image rotation might not be noticed. If image rotation is noticed and necessitates a rescan of the patient, the same image rotation will reoccur.
Root cause: Component design/selection
Reason: Medline is recalling medical convenience manufactured using certain lots of SafeAir Smoke Evacuation Pencil which were subsequently recalled by Stryker.
Root cause: Under Investigation by firm