Manufacturer
156 recalls in our database name Siemens Medical Solutions USA, Inc as the manufacturing or recalling firm.
The manufacturer string comes from the agency’s own source notice — for FDA recalls, the “recalling firm” field; for NHTSA recalls, the vehicle manufacturer; for CPSC recalls, the firm-of-record on the joint press release. A single corporate family can appear under multiple manufacturer strings as agency notices aren’t standardized on a canonical name. If you don’t see recalls you expect, try a parent-company search or a broader full-text search.
Severity scores below are computed from the agency’s classification and the recall text, never from manufacturer behaviour or history. Many manufacturers issue routine corrective actions (software updates, labelling corrections) that are correctly scored low — having recalls on this list isn’t inherently a quality signal.
Siemens ARTIS Pheno imaging systems may expose patients to unintended low-dose radiation during 3D image acquisition due to unregulated radiation dose combined with system rotation. The recall affects 73 units distributed in the U.S. and internationally.
ARTIS pheno and ARTIS Icono X-ray systems may display dramatically higher radiation dose readings than actually applied during patient examinations. The actual dose remains compliant with regulations, though the display error could lead clinicians to question equipment accuracy.
Siemens has recalled NAEOTOM Alpha.Prime CT system software applications that were distributed without FDA 510(k) clearance. Affected systems are located in the US, Canada, Costa Rica, India, and Israel.
Siemens is removing three software applications from SOMATOM X.ceed CT systems worldwide because they lack FDA 510(k) clearance. Affected units are being recalled to ensure regulatory compliance.
Siemens is recalling software applications used in NAEOTOM Alpha CT systems because they lack FDA 510(k) clearance. The recall affects 88 units.
Siemens Medical Solutions is recalling three software applications from NAEOTOM Alpha.Pro CT systems. The applications—syngo.CT Brain Quantification, syngo.CT Vessel Hyperdensities, and syngo.CT ASPECTS—have not received FDA 510(k) clearance.
A Siemens LUMINOS interventional X-ray system may fail to flip ortho images as intended, risking processing of a previous patient's image. No illnesses or injuries have been reported.
A Siemens fluoroscopic X-ray system software issue may prevent ortho images from flipping and could display a previous patient's image. The recall affects 41 units distributed in the US and several other countries.
Siemens LUMINOS Lotus Max and dRF Max fluoroscopy systems with software version VF11 may display incorrect collimation when rapidly switching between organ programs. The defect affects devices with bucky wall stands for mobile detectors.
Siemens recalls the MAMMOMAT Inspiration operator table due to improper inclusion of a bus-installation kit. The table is designed for stationary operation only and cannot be safely used on buses.
Siemens MAMMOMAT Fusion operator table units were incorrectly sold with a bus-installation kit. The operator table is designed only for stationary operation and is not released for bus transport or installation.
Siemens is recalling MAMMOMAT Revelation mammography systems where the operator table was sold together with a bus-installation kit, despite being designed for stationary operation only.
The Siemens MAGNETOM Cima.X Upgrade MRI system's helium venting paths may become blocked by ice, potentially causing helium containment rupture and gas leak into the scanning room.
Siemens MAGNETOM Vida Fit MRI scanners may develop ice blockages in the helium venting system. During a quench event, blocked vents could cause helium pressure buildup and rupture, leading to helium leaks into the scanning room.
Siemens is recalling the MAGNETOM Cima.X MRI system worldwide due to potential ice blockage in the magnet venting system. During a quench, helium gas may fail to escape, potentially causing pressure buildup and leak into the scanning room.
Siemens is recalling 78 MAGNETOM Verio Dot Upgrade MRI systems due to a potential ice blockage in the helium venting system that could cause pressurization and rupture during a quench event, potentially releasing helium into the scanning room.
Siemens is recalling certain MAGNETOM Prisma MRI systems (101 units worldwide) due to a potential ice blockage in the magnet venting system that could cause helium containment rupture and leak into the scanning room.
Certain Siemens MRI scanners have a defect where ice can block the helium cooling system. This could cause pressure buildup, rupture the containment, and release helium gas into the scanning room.
Siemens MAGNETOM Skyra fit MRI systems may have ice blockage in the venting system preventing helium gas escape during quench events, risking containment rupture and helium leak into the scanning room.
Siemens MAGNETOM Skyra MRI systems may have ice blockages in the helium venting system, potentially preventing gas escape during a quench event. This could cause pressure buildup and rupture the helium containment system, releasing helium into the scanning room.
Siemens recalls the Biograph mMR imaging device due to potential ice blockage in the magnet venting system. This could cause helium pressure build-up and containment rupture, potentially leaking helium into the scanning room.
Siemens is recalling MAGNETOM Lumina MRI machines due to potential ice blockage in the helium venting system that could cause pressure buildup and rupture the helium containment, releasing gas into the scanning room.
Siemens is recalling 59 MAGNETOM Verio Dot MRI systems due to potential ice blockage in the helium venting system. This could cause pressure buildup and helium leak into the scanning room.
Siemens MAGNETOM Skyra Fit MRI systems may develop ice blockages in the helium venting system. This could prevent gas escape during a quench, causing pressure buildup and potential rupture of the helium containment.
The MAGNETOM Connectom.X MRI system is being recalled due to potential ice blockages in the magnet venting system. If a blockage prevents helium from venting during operation, system rupture and helium leak into the scanning room could occur.