Certain low-voltage DC power supplies (DCPS) used in these products may be subject to an increased probability of failure. Failure of a DCPS may result in the sudden loss of imaging functionality or mechanical movement, depending on what subsystems the DCPS is powering.
Philips has discovered through customer complaints and internal testing an intermittent electronic product defect in accordance with 21 CFR 1003.2(b)(1). When performing Cine runs, the Azurion's automatic exposure control software may set technique factors that result in radiation emissions too low to obtain useful diagnostic images.
Magnet Energization Device (MED) can have a residual voltage on output terminal, may cause electrical shocks to personnel servicing the MED, MDD or connected cabling.
Additional units have been identified for previous recall Z-1280-2016 (RES 69339): If a Footswitch is frequently used on a non-flat surface or in the pedestal, the footswitch pedals may get bent. This might cause an intermittent or continuous inability of making live fluoroscopy images or exposures.
Additional units have been identified for previous recall Z-1280-2016 (RES 69339): If a Footswitch is frequently used on a non-flat surface or in the pedestal, the footswitch pedals may get bent. This might cause an intermittent or continuous inability of making live fluoroscopy images or exposures.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
There is a potential for the ceiling speaker(s) to fall from their position and be pulled to the MR system by the magnetic field.
During automatic tabletop movement, pressing and holding the Stop Table button may lead to an unexpected restart of the table movement.
The fixation of the upper and lower tilt actuator, of the Omnidiagnost system might break off and the table will start to rotate from 0 to + 90 /- 90 degree with high speed. This rotating movement can not be stopped by the user. This could potentially lead to the patient falling off the table. There is a risk of injury for the patient, user, or bystander.
The fixation of the upper and lower tilt actuator, of the Omnidiagnost system might break off and the table will start to rotate from 0 to + 90 /- 90 degree with high speed. This rotating movement can not be stopped by the user. This could potentially lead to the patient falling off the table. There is a risk of injury for the patient, user, or bystander.
The fixation of the upper and lower tilt actuator, of the MD-Eleva system might break off and the table will start to rotate from 0 to + 90 I- 90 degree with high speed. This rotating movement cannot be stopped by the user.
The fixation of the upper and lower tilt actuator, of the MD-Eleva system might break off and the table will start to rotate from 0 to + 90 I- 90 degree with high speed. This rotating movement cannot be stopped by the user.
The fixation of the upper and lower tilt actuator, of the MD-Eleva system might break off and the table will start to rotate from 0 to + 90 I- 90 degree with high speed. This rotating movement cannot be stopped by the user.
The fixation of the upper and lower tilt actuator, of the MD-Eleva system might break off and the table will start to rotate from 0 to + 90 I- 90 degree with high speed. This rotating movement cannot be stopped by the user.
The fixation of the upper and lower tilt actuator, of the MD-Eleva system might break off and the table will start to rotate from 0 to + 90 I- 90 degree with high speed. This rotating movement cannot be stopped by the user.
The fixation of the upper and lower tilt actuator, of the MD-Eleva system might break off and the table will start to rotate from 0 to + 90 I- 90 degree with high speed. This rotating movement cannot be stopped by the user.
The fixation of the upper and lower tilt actuator, of the MD-Eleva system might break off and the table will start to rotate from 0 to + 90 I- 90 degree with high speed. This rotating movement cannot be stopped by the user.