These recalls involve products that pose serious risks of injury or death. Check if you own any of these products and take immediate action if needed.
3,615 critical product recalls that require immediate attention. These products have been identified as posing serious safety hazards.
Philips North America recalled 9 MR 7700 systems on December 3, 2025, due to potential errors in stiffness maps. The recall affects models with software versions R11.1 and R12.1, posing a high hazard risk. Healthcare providers must stop using these devices immediately and follow manufacturer instructions.
Philips North America recalled one unit of its Evolution Upgrade 3.0T on December 3, 2025, due to potential stiffness value errors in MR Elastography stiffness maps. The issue affects software versions R11.1 and R12.1. Affected units may misrepresent medical imaging data, posing risks to patient diagnoses.
Philips North America recalled five Ingenia Elition S MR systems on December 3, 2025. The recall affects systems with software versions R11.1 and R12.1 due to potential errors in stiffness value readings. This issue poses a serious risk to patient safety when interpreting MR Elastography maps.
Philips North America recalled three MR imaging systems on December 3, 2025, due to potential stiffness value errors in exported MR Elastography maps. The systems, identified by product code REF: 781270, have software versions R11.1 and R12.1. Users should stop using the devices immediately and contact their healthcare providers for further instructions.
Philips North America recalled 31 MRI systems on December 3, 2025, due to potential errors in stiffness value readings. The affected models include product codes 781358, 782107, and 782136 with software versions R11.1 and R12.1. Healthcare providers must stop using these devices immediately to prevent misdiagnosis.
Philips North America recalled 24 Ingenia 3.0T MR systems on December 3, 2025, due to potential stiffness value errors in MR Elastography maps. The recall affects systems with software versions R11.1 and R12.1, distributed across multiple states and countries. Healthcare providers must stop using these devices immediately to prevent misdiagnosis.
Philips North America recalled three MR systems on December 3, 2025. The recall affects models with software versions R11.1 and R12.1 due to potential stiffness value errors. Healthcare providers and patients must stop using these devices immediately.
Philips North America recalled one unit of its MR system on December 3, 2025, due to potential stiffness value errors in MR Elastography maps. The recall affects systems with software versions R11.1 and R12.1, distributed worldwide. Healthcare providers should stop using the device immediately and follow the manufacturer's instructions.
Philips North America recalled Ingenia Ambition S MR systems on December 3, 2025, due to stiffness value errors in exported MR Elastography maps. The recall affects one unit distributed in multiple U.S. states and several countries. Users must stop using the device immediately and follow recall instructions.
Philips North America recalled six MR systems on December 3, 2025. The recall affects devices with software versions R11.1 and R12.1 due to potential stiffness value errors. Healthcare providers must stop using the affected units immediately.
Philips North America recalled 21 Ingenia Ambition X MR systems on December 3, 2025, due to potential stiffness value errors. The recall affects models with software versions R11.1 and R12.1, distributed in the U.S. and worldwide. Healthcare providers must stop using these devices immediately and follow provided instructions.
Philips North America recalled 6 MR systems on December 3, 2025, due to the potential for stiffness value errors. These errors can occur when viewing exported MR Elastography stiffness maps on Picture Archiving and Communication Systems. Users should stop using the devices immediately and follow recall instructions.
Philips North America recalled 10 Ingenia 1.5T MR systems on December 3, 2025, due to potential stiffness value errors. The affected models include Product Codes 781341 and 781396 with software versions R11.1 and R12.1. Healthcare providers must stop using these devices immediately to prevent misdiagnosis.
Zimmer, Inc. recalled 23 Affixus Antegrade Femoral Nails on December 2, 2025. These implants may have an undersized distal diameter that could lead to fatigue fractures. Patients should stop using the device immediately and contact their healthcare provider.
Zimmer Inc. recalled 24 units of the Affixus Antegrade Femoral Nailing System on December 2, 2025. Affected implants may have an undersized distal diameter that could lead to implant fatigue fractures. Risks include pain, tissue damage, and potential surgical intervention.
Zimmer, Inc. recalled 11 units of the Affixus Antegrade Femoral Nails on December 2, 2025. Affected implants may have an undersized distal diameter, posing a risk of fatigue fracture. This defect could cause adverse reactions requiring surgical intervention.
Zimmer recalled 23 Affixus Antegrade Femoral Nails on December 2, 2025. The implants may have an undersized distal diameter, leading to potential fatigue fractures. Health risks include pain, tissue damage, and the need for surgical intervention.
Zimmer, Inc. recalled the Affixus Antegrade Femoral Nail on December 2, 2025, due to a risk of fatigue fractures. The recall affects three units distributed nationwide across several states. Patients should stop using the device immediately and consult healthcare providers for further instructions.
Zimmer recalled 11 Affixus Antegrade Femoral Nails on December 2, 2025. Affected implants may fracture, leading to serious health risks. Patients should stop using the device immediately and follow manufacturer instructions.
Zimmer Inc. recalled 23 units of the Affixus Antegrade Femoral Nails on December 2, 2025. Affected implants may have an undersized distal diameter, leading to potential health risks. Patients should stop using the devices immediately and contact their healthcare provider.