Multitom Rax 10860700
Ref 10860700Model MDR_16_II b_ERLN H 127_RF_combi
Multitom Rax 10860700 is a medical device (EU MDR Class IIb; FDA Class II; EMDN category fluoroscopy devices) made by Siemens Healthcare GmbH, registered in EUDAMED on 28 May 2026 (Basic UDI-DI 0405686901995WU), cleared under FDA 510(k) K221281 on 17 Nov 2022 (3 earlier submissions) and listed in FDA GUDID since 24 Sep 2016 (UDI-DI 04056869009179), active as of 12 Nov 2026. 25 FDA recalls are linked to it.
Active
Valid until
No date given
FDA recalls
14 ongoingTrust
Regulatory status
| Region | Authorization | Number | Date | Status |
|---|---|---|---|---|
| European Union | CE/MDR EUDAMED | Number0405686901995WU 04056869009179 | Date28 May 2026 | StatusActive |
| United States | FDA 510(k)SESE GUDID | NumberK221281 | Date17 Nov 2022 | StatusActive |
| United States | GUDID listing GUDID | Number04056869009179 | Date24 Sep 2016 | StatusListed |
Official records
- EUDAMED public site 0405686901995WU
- AccessGUDID record 04056869009179
- FDA 510(k) database K221281
- FDA 510(k) database K212212
- FDA 510(k) database K173639
- FDA 510(k) database K152928
Across registries
- EUDAMED Basic UDI-DI 0405686901995WU registered 28 May 2026 Active
- FDA 510(k) K221281 decided 17 Nov 2022 Active
- FDA GUDID UDI-DI 04056869009179 listed 24 Sep 2016 Listed
Recalls
-
- Ongoing Z-0999-2026
A potential issue associated with LUMINOS Lotus Max and Luminos dRF Max systems with software version VF11 with bucky wall stand for mobile detectors and without ceiling stand .When switching quickly between organ programs (OGPs) the collimation may be incorrect.
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- Ongoing Z-1982-2025
- Ongoing Z-1981-2025
A resistor in the frequency inverter may strongly overheat potentially igniting the plastic housing of the frequency inverter on fire.
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- Ongoing Z-2527-2024
- Ongoing Z-2525-2024
- Ongoing Z-2526-2024
- Ongoing Z-2528-2024
The support arm may unintentionally lower resulting in injury to persons when they are under the display ceiling/wall suspension when positioning the displays
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- Ongoing Z-1167-2023
- Ongoing Z-1168-2023
- Ongoing Z-1165-2023
Potential risk of collision with the ceiling, wall, or objects which may result in serious injury to staff or patients due to room configuration parameters of the system being set to default values
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- Ongoing Z-1002-2023
There is potential for the footrest to detach from the patient table during use. Device intended to visualize anatomical structures by converting an Xray pattern into a visible image. The system has medical applications ranging from gastrointestinal examinations to cranial, skeletal, thoracic and lung exposures as well as examinations of the urogenital tract. The unit may also be used in emergency applications, lymphography, endoscopy, myelography, venography, arthrography, interventional radiology, digital angiography, and digital subtraction angiography (DSA). The system may be used on pediatric, adult, and bariatric patients. These devices are not for mammography examinations.
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- Ongoing Z-1479-2023
Under certain unlikely circumstances during a fluoroscopic examination, the imaging system Fluorospot Compact might sporadically display an incorrect air kerma/air kerma rate related to the patient reference point, according to IEC 60601-2-43. There is no impact on workflow or diagnosis. The error can occur only in fluoroscopy systems with a second (overhead) X-ray tube. Siemens Healthineers became aware of one customer site where this issue was identified during clinical operation.
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- Ongoing Z-1480-2023
- Ongoing Z-1481-2023
Under certain unlikely circumstances during a fluoroscopic examination, the imaging system Fluorospot Compact might sporadically display an incorrect air kerma/air kerma rate related to the patient reference point, according to IEC 60601-2-43. There is no impact on workflow or diagnosis. The error can occur only in fluoroscopy systems with a second (overhead) X-ray tube.
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- Terminated Z-1685-2021
Siemens identified two issues, In some cases, it is possible to perform an image acquisition although more than 20% of the beam does not hit the detector. This may only occur when an organ program for the wall mode without top alignment is selected and the system is moved to the centred position. If afterwards the operator activates the top alignment, increases the collimation, and lifts the tube, the system allows examination even with the tube being misaligned to the detector position. Hence, it is possible to overshoot the detector by more than 20%. From a clinical point of view, it is highly unlikely for the operator to trigger the examination as the misalignment is visible due to the light field being out of range. AND In very rare cases it may occur that the calculated dose value exceeds the limit of 2 Gy. This may potentially occur only when an organ program for free exposure is selected, and the system uses incorrect (too small) source-to-image distance (SID) for calculating applied dose. Hence, the calculated dose is much higher than the actual applied dose causing the buzzer, which normally notifies the operator about the exceeded limit of 2 Gy, to get activated erroneously.
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- Terminated Z-0806-2021
After the March 2019 corrective action on the monitor support arm, there is a residual risk of the support arm becoming dislodged in cases when the monitor support arm is used intensely over a long period of time.
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- Terminated Z-1338-2020
- Terminated Z-1337-2020
A software bug may lead to one image to be assigned to two different patients, which could potentially affect medical diagnosis.
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- Terminated Z-1333-2020
- Terminated Z-1331-2020
- Terminated Z-1332-2020
Siemens became aware of an issue of incorrect use of the bypass key overriding the built-in collision control creating risk of collision with obstacles or persons when the operator uses the override function.
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- Terminated Z-2756-2020
- Terminated Z-2755-2020
- Terminated Z-2757-2020
Two software issues (1) Using the override function in case of blocked system movements affecting Luminos dRF Max, Luminos Agile Max and Uroskop Omnia Max systems may cause collision of the system under operator control with obstacles or persons .(2) Incorrectly assigned image affecting Ysio Max, Luminos dRF Max and Luminos Agile Max systems with detector MAX Static causing incorrect base for diagnosis
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- Terminated Z-0985-2019
The swivel arm holding the monitors may become dislodged from the carrying arm.
Timeline
- Recall initiated FDA recalls Z-1168-2023
- Recall initiated FDA recalls Z-1165-2023
- Recall initiated FDA recalls Z-2527-2024
- Recall initiated FDA recalls Z-2525-2024
- Recall initiated FDA recalls Z-2526-2024
- Recall initiated FDA recalls Z-2528-2024
- Recall initiated FDA recalls Z-1982-2025
- Recall initiated FDA recalls Z-1981-2025
- Recall initiated FDA recalls Z-0999-2026
- Registered EUDAMED 0405686901995WU
Coverage
- Active
- Expiring
- Withdrawn
- Listed
- Not covered
- European Union
- United States
Specification
- Trade name
- Multitom Rax
- Generic name
- Stationary general-purpose fluoroscopic x-ray system, digital
- Device name
- MDR_16_II b_ERLN H 127_RF_combi
- Model / Ref / Catalog
- 10860700, MDR_16_II b_ERLN H 127_RF_combi
- Primary DI / UDI-DI
- 04056869009179
- Basic UDI-DI
- 0405686901995WU
- FDA product code
- OWB, JAK, JAA
- EMDN code
- Z11039009 Fluoroscopy devices
- GMDN term
- Stationary general-purpose fluoroscopic x-ray system, digital
- Device class
- Class IIb EUDAMEDClass II GUDID
- Regulation number
- 892.1650, 892.1750
- EU registration type
- Standard device
- EU market of registration
- Germany
- GUDID distribution status
- In Commercial Distribution
Truth per registry
| Field | EUDAMED | GUDID |
|---|---|---|
| Device class | Class IIb | Class II |
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