Recalls for Interventional Fluoroscopic X-ray System

Firmware issue potentially leading to loss of geometry movements.

Two software related issues affecting Azurion R2.2.10 Systems: 1) Potential image quality degradation that may lead to delay of therapy, procedural complications and/or inappropriate treatment and 2) Potential loss of geometry movements that may lead to delay of therapy and procedural complications

Two software related issues affecting Philips Azurion R3.0 and R3.1 systems: 1) Potential image quality degradation that may lead to delay of therapy, procedural complications and/or inappropriate treatment and 2) Potential loss of geometry movements that may lead to delay of therapy and procedural complications.

Potential Loss of imaging functionality, loss of motorized movement, or loss of data due to unauthorized Hard Disk Drives.

Potential Loss of imaging functionality, loss of motorized movement, or loss of data due to unauthorized Hard Disk Drives.

Potential Loss of imaging functionality, loss of motorized movement, or loss of data due to unauthorized Hard Disk Drives.

Due to a defective circuit board that overheats

Potential for loss of movement capability after adjusting the detector lift height to its maximum or minimum limits.

Potential for loss of movement capability after adjusting the detector lift height to its maximum or minimum limits.

Potential for loss of movement capability after adjusting the detector lift height to its maximum or minimum limits.

Potential issue with the Display ceiling suspension (DCS Fix XL) that holds the monitor in place. Over time some screws that keep the monitor attached to the suspension may gradually loosen.

Philips Allura Xper and MultiDiagnost-Eleva systems Hand switch button not fully releasing potentially leading to loss of imaging functionality or unintended radiation exposure and additional contrast injection

Potential for image artifacts caused by an anomaly in the O-arm O2 Imaging System s detector panel firmware.

GE HealthCare has become aware of a potential issue affecting an electrical cable on certain IGS systems equipped with Gaia generators. This issue could lead to a risk of electrical shock to service personnel performing installation, maintenance, or troubleshooting activities inside the C-FRT cabinet while power is ON.

GE HealthCare has become aware of a potential issue affecting an electrical cable on certain IGS systems equipped with Gaia generators. This issue could lead to a risk of electrical shock to service personnel performing installation, maintenance, or troubleshooting activities inside the C-FRT cabinet while power is ON.

GE HealthCare has become aware of a potential issue affecting an electrical cable on certain IGS systems equipped with Gaia generators. This issue could lead to a risk of electrical shock to service personnel performing installation, maintenance, or troubleshooting activities inside the C-FRT cabinet while power is ON.

GE HealthCare has become aware of a potential issue affecting an electrical cable on certain IGS systems equipped with Gaia generators. This issue could lead to a risk of electrical shock to service personnel performing installation, maintenance, or troubleshooting activities inside the C-FRT cabinet while power is ON.

GE HealthCare has become aware of a potential issue affecting an electrical cable on certain IGS systems equipped with Gaia generators. This issue could lead to a risk of electrical shock to service personnel performing installation, maintenance, or troubleshooting activities inside the C-FRT cabinet while power is ON.

During patient examinations, the system may sporadically display a 0 x-ray dose administered to the patient. This behavior has only been observed during fluoroscopy and/or single-frame acquisitions. Despite the reported x-ray dose showing 0, an actual x-ray dose is applied to the patient.

During patient examinations, the system may sporadically display a 0 x-ray dose administered to the patient. This behavior has only been observed during fluoroscopy and/or single-frame acquisitions. Despite the reported x-ray dose showing 0, an actual x-ray dose is applied to the patient.

Electromagnetic contactors within high voltage generator may weld together, resulting in current being supplied to power supply even if power is off.

During the device phase of Roadmap Pro, a user may experience a dark image that is not clinically usable. The dark image may result after the user performs a pedal tap (shortly touching the footswitch pedal without generating an Xray image). The pedal tap may cause a dark image with the next fluoroscopy run.

During the device phase of Roadmap Pro, a user may experience a dark image that is not clinically usable. The dark image may result after the user performs a pedal tap (shortly touching the footswitch pedal without generating an Xray image). The pedal tap may cause a dark image with the next fluoroscopy run.

During the device phase of Roadmap Pro, a user may experience a dark image that is not clinically usable. The dark image may result after the user performs a pedal tap (shortly touching the footswitch pedal without generating an Xray image). The pedal tap may cause a dark image with the next fluoroscopy run.

During the device phase of Roadmap Pro, a user may experience a dark image that is not clinically usable. The dark image may result after the user performs a pedal tap (shortly touching the footswitch pedal without generating an Xray image). The pedal tap may cause a dark image with the next fluoroscopy run.

During the device phase of Roadmap Pro, a user may experience a dark image that is not clinically usable. The dark image may result after the user performs a pedal tap (shortly touching the footswitch pedal without generating an Xray image). The pedal tap may cause a dark image with the next fluoroscopy run.

During the device phase of Roadmap Pro, a user may experience a dark image that is not clinically usable. The dark image may result after the user performs a pedal tap (shortly touching the footswitch pedal without generating an Xray image). The pedal tap may cause a dark image with the next fluoroscopy run.

During the device phase of Roadmap Pro, a user may experience a dark image that is not clinically usable. The dark image may result after the user performs a pedal tap (shortly touching the footswitch pedal without generating an Xray image). The pedal tap may cause a dark image with the next fluoroscopy run.

During the device phase of Roadmap Pro, a user may experience a dark image that is not clinically usable. The dark image may result after the user performs a pedal tap (shortly touching the footswitch pedal without generating an Xray image). The pedal tap may cause a dark image with the next fluoroscopy run.

It was identified that HDDs used in the PCs of Azurion and Allura systems may show a decrease in performance as they age, particularly beyond six years of service. Issues with an HDD may, depending on the specific system PC in which the affected HDD is installed, result in loss of imaging functionality. Additionally, in Allura systems, this may lead to loss of motorized movement, or loss of data. In some cases, a system restart may temporarily restore functionality.

It was identified that HDDs used in the PCs of Azurion and Allura systems may show a decrease in performance as they age, particularly beyond six years of service. Issues with an HDD may, depending on the specific system PC in which the affected HDD is installed, result in loss of imaging functionality. Additionally, in Allura systems, this may lead to loss of motorized movement, or loss of data. In some cases, a system restart may temporarily restore functionality.

Potential safety issue with Philips Azurion systems, where longitudinal and transverse table movements may be impacted due to mechanical wear of the Float Tabletop control on the control module.

The deaeration hose in X-ray tube cooling units type CU3101, manufactured between February 2016 and May 2020, may degrade over time, potentially resulting in oil leakage. Oil leakage may affect the cooling performance of the X-ray tube. When the oil flow drops below a certain threshold, the system automatically switches to low-dose fluoroscopy and displays the message Low load fluoroscopy flavor selected: Tube cooler problem . This condition cannot be resolved by restarting the system.

The deaeration hose in X-ray tube cooling units type CU3101, manufactured between February 2016 and May 2020, may degrade over time, potentially resulting in oil leakage. Oil leakage may affect the cooling performance of the X-ray tube. When the oil flow drops below a certain threshold, the system automatically switches to low-dose fluoroscopy and displays the message Low load fluoroscopy flavor selected: Tube cooler problem . This condition cannot be resolved by restarting the system.

The deaeration hose in X-ray tube cooling units type CU3101, manufactured between February 2016 and May 2020, may degrade over time, potentially resulting in oil leakage. Oil leakage may affect the cooling performance of the X-ray tube. When the oil flow drops below a certain threshold, the system automatically switches to low-dose fluoroscopy and displays the message Low load fluoroscopy flavor selected: Tube cooler problem . This condition cannot be resolved by restarting the system.

Potential for the bolts and plastic parts of the Cable Hose Carriers that hold the cable hose to the monitor ceiling suspension may loosen and/or break over time due to the forces applied when the monitor is moved or rotated.

During 3D acquisitions, lighter and darker patient images may be captured, which may result in less accurate 3D reconstruction. The variation of brightness is a result of a constant unregulated medium dose and the angular change of patient diameter caused by rotational acquisition. This may result in unintentional low-dose radiation exposure to a patient.

During patient examinations, the system may sporadically display a major increase of the x-ray dose applied to the patient. Despite the reported dose showing significantly higher, the actual applied x-ray dose levels are in accordance with the system settings and imaging conditions, as well as the applicable regulatory requirements.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Philips has identified instances where X-ray imaging may not be initiated or may occur intermittently when using the wired foot switch.

Under certain conditions, the table may move unexpectedly when the Reset Geometry button is pressed - even when a table lock is active.

Under certain conditions, the table may move unexpectedly when the Reset Geometry button is pressed - even when a table lock is active.

Under certain conditions, the table may move unexpectedly when the Reset Geometry button is pressed - even when a table lock is active.

Under certain conditions, the table may move unexpectedly when the Reset Geometry button is pressed - even when a table lock is active.

Under certain conditions, the table may move unexpectedly when the Reset Geometry button is pressed - even when a table lock is active.

Under certain conditions, the table may move unexpectedly when the Reset Geometry button is pressed - even when a table lock is active.

Under certain conditions, the table may move unexpectedly when the Reset Geometry button is pressed - even when a table lock is active.

Under certain conditions, the table may move unexpectedly when the Reset Geometry button is pressed - even when a table lock is active.

Ortho images acquired with preset automatic horizontal flip are not flipped and when acquiring single images, there is the possibility that an image of a previous patient may be processed.

Ortho images acquired with preset automatic horizontal flip are not flipped and when acquiring single images, there is the possibility that an image of a previous patient may be processed.

It has been discovered that there is a possibility that the fixing screws of the ceiling movement gear in the ceiling suspended arm that are part of the X-ray interventional systems may become loose. As a result, ceiling lateral movement may no longer be possible, abnormal noise may be generated from the suspension system and a sensor error may be displayed

It has been discovered that there is a possibility that the fixing screws of the ceiling movement gear in the ceiling suspended arm that are part of the X-ray interventional systems may become loose. As a result, ceiling lateral movement may no longer be possible, abnormal noise may be generated from the suspension system and a sensor error may be displayed

It has been discovered that there is a possibility that the fixing screws of the ceiling movement gear in the ceiling suspended arm that are part of the X-ray interventional systems may become loose. As a result, ceiling lateral movement may no longer be possible, abnormal noise may be generated from the suspension system and a sensor error may be displayed

It has been discovered that there is a possibility that the fixing screws of the ceiling movement gear in the ceiling suspended arm that are part of the X-ray interventional systems may become loose. As a result, ceiling lateral movement may no longer be possible, abnormal noise may be generated from the suspension system and a sensor error may be displayed

Philips has identified two (2) software issues affecting device systems that may result in loss of imaging (X-ray) functionality and/or loss of motorized movement, and/or incorrect image content and/or loss of data. Issue 1 - System remains in continuous restart mode after the start-up. Issue 2 - Longitudinal Position Error Applicable only to systems with Poly-G3 frontal stand.

Nine (9) identified software issues which may result in the following: loss of X-ray after Pedal Tap, loss of X-ray after Phase Fault, missing live X-ray on the FlexVision monitor, system continues to restart, AMD triple drive, C-Partition of Suite PC running out of free space, system remains in continuous restart mode after start-up, misalignment of Marker Tool Overlay, longitudinal position error.

Six (6) identified software issues which may result in the following: system keeps restarting, AMC triple drive, C-Partition of Suite PC running out of free space, system remains in continuous restart mode after the start-up, misalignment of Market Tool Overlay, and longitudinal positional error.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

Philips has identified that in a limited number of impacted systems the drip tray beneath the cooling unit was not installed under previous field corrections, or evidence of the implementation was not adequately documented. If it is not installed, there is a potential for coolant liquid to contact electrical components. This could lead to electrical short-circuits, which may trigger system fuses and result in system shutdown.

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.

The motorized longitudinal movement of the FlexArm stand may be inconsistent (not smooth) and eventually may become unavailable. This issue is due to grease leakage from the bearings and/or anti-corrosion oil applied on the bearings, because of which the lubrication on the ceiling rail may be excessive, reducing the friction between the rails and the friction wheel. Expansion to add additional model.

Over time some systems may experience loss of imaging functionality and/or poor image quality due to potential corrosion of the Image Intensifier Television (IITV) control board.

It has been found that when SPOT Fluoro is first turned on, the default ROI is selected and the collimator blades move to the boundary of the ROI, and the static image is overlayed around the ROI, covering the collimated area. If the customer changes the ROI, the collimator blades and static images are adjusted accordingly. However, when the acquisition program is changed, the collimator returns to the default ROI position which may be larger than the specified one, leaving the X-ray area partially covered by the static image. This is a software problem with the SPOT Fluoro program and will not occur if the function is not used.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Systems may not perform as intended due to the deterioration of certain internal components (the CMOS battery, hard disk drive, and/or power supply unit). If this deterioration occurs, motorized movements of the system will become unavailable. Manual movements of the stand (longitudinal, transversal and rotational for ceiling mounted systems and rotational for floor mounted systems) and table longitudinal movements remain available. Imaging (X-ray) functionality remains available.

Limited system movements after startup .

Philips Azurion and Allura systems configured with a 1 Phase Uninterruptible Power Supply (UPS) have the potential of shutting down and/or not starting up, if power to the system is lost.

Philips Azurion and Allura systems configured with a 1 Phase Uninterruptible Power Supply (UPS) have the potential of shutting down and/or not starting up, if power to the system is lost.

Potential that a component (air baffle) may be missing in some Nehalem FlexVision-2 PCs that are part of the Allura Xper series.

GE HealthCare has become aware of a non-conformance to 21 CFR 1020.30 (k) in certain OEC 9800 and OEC 9900 Elite C-arm Systems. Specifically, impacted systems are missing the full layer of lead tape in the collimator covers, which will lead to a small increase in radiation exposure to the patient and/or operator. The missing lead tape is not detectable by the user.

GE HealthCare has become aware of a non-conformance to 21 CFR 1020.30 (k) in certain OEC 9800 and OEC 9900 Elite C-arm Systems. Specifically, impacted systems are missing the full layer of lead tape in the collimator covers, which will lead to a small increase in radiation exposure to the patient and/or operator. The missing lead tape is not detectable by the user.

Potential for temporary loss of imaging (X-ray) functionality due to software issue.

Potential for bolts connecting the gearbox to the mounting flange of the C-arm to become loose.

A mechanical component that supports the O2 gantry to the support structure in affected devices may have been damaged during manufacture.

In very rare situations, communication between the sensor measuring dose applied to the area and the corresponding software fails. As a result of the failure, the system may incorrectly report an application of a high dose.

In very rare situations, communication between the sensor measuring dose applied to the area and the corresponding software fails. As a result of the failure, the system may incorrectly report an application of a high dose.

In very rare situations, communication between the sensor measuring dose applied to the area and the corresponding software fails. As a result of the failure, the system may incorrectly report an application of a high dose.

In very rare situations, communication between the sensor measuring dose applied to the area and the corresponding software fails. As a result of the failure, the system may incorrectly report an application of a high dose.

A software issue was identified in the internal communication process between the system software and the X-ray generator firmware. Loss of imaging (X-ray) functionality caused by the software issue in either of the two situations identified could result in a delay of therapy. The potential delay may result in serious adverse health outcomes, including the possibility of death, especially when the system is used with patients undergoing complex and/or urgent interventions for potentially life-threatening conditions (e.g., acute ischemic stroke, ST-segment elevation myocardial ischemia, life-threatening bleedings).

A wireless foot switch pedal may get stuck in the active position when the user releases the pedal, resulting in the emission of unintended radiation.

A wireless foot switch pedal may get stuck in the active position when the user releases the pedal, resulting in the emission of unintended radiation.

A wireless foot switch pedal may get stuck in the active position when the user releases the pedal, resulting in the emission of unintended radiation.

Philips has become aware of the potential for unintended radiation exposure with Zenition 70 systems with Vascular Extension option and a Wireless Foot Switch.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Possibility of the patient falling from the table related to the mattress used on the patient table.

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

Potential safety issue with the AD7 and AD7X patient tables (both tilt and non-tilt versions) part of the Philips Allura and Azurion systems. During manual repositioning of the patient tabletop, a finger can get entrapped between the longitudinal guiding rails and the tabletop. This may result in an injury of the finger, applicable for operators and service personnel

A potential issue with ARTIS One systems was identified. In very rare situations, the first x-ray release following patient registration may be performed with incorrect copper prefiltration. If the described issue occurs, the applied radiation dose-rate may be higher than intended by the user.

Potential safety issues in Allura Xper R7.6- R8.1 systems where the Lifetime Extension (LTE) kit is not installed in a timely manner. Root cause is under investigation, but the recall reason is listed as for systems over 10 years of life with LTE kits are experiencing propeller motor clamping bolt and x-ray tube locking bolt breaks. If this happens, it may cause erratic C-arm movements and potential collision with patients or bystanders, or detection of a false collisions and subsequent blocked movement of the c-arm. Movement may also cause image noise and black area on the x-ray image, and possible need to expose the patient to additional unnecessary radiation during re-examination.

Ziehm Imaging, Inc., distributor, have been informed by manufacturer, Ziehm Imaging GmbH that installed devices may not fully meet the requirements of IEC 60601-2-54 and or 21 CFR 1020.32(c) with respect to wired hand switch may fail when being exposed to mechanical stress such as shocks (e.g. dropping) or impacts can irreversibly damage the switching element in the hand switch. A defective switching element may then potentially initiate unintended radiation of the connected mobile X-ray unit.

Ziehm Imaging, Inc., distributor, have been informed by manufacturer, Ziehm Imaging GmbH that installed devices may not fully meet the requirements of IEC 60601-2-54 and or 21 CFR 1020.32(c) with respect to wired hand switch may fail when being exposed to mechanical stress such as shocks (e.g. dropping) or impacts can irreversibly damage the switching element in the hand switch. A defective switching element may then potentially initiate unintended radiation of the connected mobile X-ray unit.

Ziehm Imaging, Inc., distributor, have been informed by manufacturer, Ziehm Imaging GmbH that installed devices may not fully meet the requirements of IEC 60601-2-54 and or 21 CFR 1020.32(c) with respect to wired hand switch may fail when being exposed to mechanical stress such as shocks (e.g. dropping) or impacts can irreversibly damage the switching element in the hand switch. A defective switching element may then potentially initiate unintended radiation of the connected mobile X-ray unit.

Ziehm Imaging, Inc., distributor, have been informed by manufacturer, Ziehm Imaging GmbH that installed devices may not fully meet the requirements of IEC 60601-2-54 and or 21 CFR 1020.32(c) with respect to wired hand switch may fail when being exposed to mechanical stress such as shocks (e.g. dropping) or impacts can irreversibly damage the switching element in the hand switch. A defective switching element may then potentially initiate unintended radiation of the connected mobile X-ray unit.

Ziehm Imaging, Inc., distributor, have been informed by manufacturer, Ziehm Imaging GmbH that installed devices may not fully meet the requirements of IEC 60601-2-54 and or 21 CFR 1020.32(c) with respect to wired hand switch may fail when being exposed to mechanical stress such as shocks (e.g. dropping) or impacts can irreversibly damage the switching element in the hand switch. A defective switching element may then potentially initiate unintended radiation of the connected mobile X-ray unit.

Ziehm Imaging, Inc., distributor, have been informed by manufacturer, Ziehm Imaging GmbH that installed devices may not fully meet the requirements of IEC 60601-2-54 and or 21 CFR 1020.32(c) with respect to wired hand switch may fail when being exposed to mechanical stress such as shocks (e.g. dropping) or impacts can irreversibly damage the switching element in the hand switch. A defective switching element may then potentially initiate unintended radiation of the connected mobile X-ray unit.

Potential for the Mains Control Unit board fuse may blow out during system start-up or during a procedure.

Potential for the Mains Control Unit board fuse may blow out during system start-up or during a procedure.

The patient label stickers may have the wrong expiration date recorded. The contract manufacturer entered the manufacturing date (2024-04-01) as the expiration date. The actual expiration date of the product is 2027-04-01. This is reflected on the carton label and sterile pouch label correctly.

If digital angiography system is used with a specific catheterization table and the operator directs simultaneous movement of the table and the C-arm using direct memory, then direct memory button is released, the table may continue to move, which the operator can stop by pressing the stop button.

Philips has become aware of an issue with the Philips Integris-Allura, Allura Xper and Azurion systems that have been delivered to Puerto Rico without a warning label and the Source-to-Skin Distance Spacer (Tube-spacer) is missing.

Philips has become aware of an issue with the Philips Integris-Allura, Allura Xper and Azurion systems that have been delivered to Puerto Rico without a warning label and the Source-to-Skin Distance Spacer (Tube-spacer) is missing.

Philips has become aware of an issue with the Philips Integris-Allura, Allura Xper and Azurion systems that have been delivered to Puerto Rico without a warning label and the Source-to-Skin Distance Spacer (Tube-spacer) is missing.

Philips has become aware of an issue with the Philips Integris-Allura, Allura Xper and Azurion systems that have been delivered to Puerto Rico without a warning label and the Source-to-Skin Distance Spacer (Tube-spacer) is missing.

Philips has become aware of an issue with the Philips Integris-Allura, Allura Xper and Azurion systems that have been delivered to Puerto Rico without a warning label and the Source-to-Skin Distance Spacer (Tube-spacer) is missing.

Philips has become aware of an issue with the Philips Integris-Allura, Allura Xper and Azurion systems that have been delivered to Puerto Rico without a warning label and the Source-to-Skin Distance Spacer (Tube-spacer) is missing.