Diagnostic Equipment

Removes the test definition for HemosIL Liquid Anti-Xa (PN 0020302600 and 0020302601) from the ACL Elite/Elite Pro instruments

Removes the test definition for HemosIL Liquid Anti-Xa (PN 0020302600 and 0020302601) from the ACL Elite/Elite Pro instruments

Removes the test definition for HemosIL Liquid Anti-Xa (PN 0020302600 and 0020302601) from the ACL Elite/Elite Pro instruments

Removes the test definition for HemosIL Liquid Anti-Xa (PN 0020302600 and 0020302601) from the ACL Elite/Elite Pro instruments

A software bug eliminated the initial ECG activation and review of the ECG under a physician. However, the device is only cleared for use under the care of a physician.

Due to temperature excursions with products (products being stored outside of the required temperature specifications) that may cause a reduction in performance. The temperature excursion was as a result of shipping delays.

Siemens Healthineers has received customer complaints and confirmed imprecision for Quality Control (QC) and patient samples with Dimension Tacrolimus (TAC) lots GA2286, GA3047 and GA3171. The health consequences of erroneous patient results are major, since in a worst case scenario, a patient s tacrolimus dosing could be altered, resulting in potential organ failure and rejection (due to too low or no tacrolimus being administered) or toxicity (due to too much tacrolimus being administered). Siemens internal investigation of the Dimension TAC assay showed the worst case imprecision with patient samples at the low end of the Analytical Measurement Range (AMR). A patient sample at 2.0 ng/mL (2.6 nmol/L) recovered as 0.0 ng/mL (0.0 nmol/L) (100% negative bias), another patient sample at 2.1 ng/mL (2.7 nmol/L) recovered at 4.3 ng/mL (5.6 nmol/L) (103% positive bias).

Due to temperature excursions with products (products being stored outside of the required temperature specifications) that may cause a reduction in performance. The temperature excursion was as a result of shipping delays.

Due to temperature excursions with products (products being stored outside of the required temperature specifications) that may cause a reduction in performance. The temperature excursion was as a result of shipping delays.

When the user pauses the beam delivery, the dose timer is reset (to zero), and as a result may deliver an unexpected dose to the patient.

Select CardioMEMS PA Sensors (Model CM2000) operate outside of the intended frequency range at higher elevations when readings are taken over approximately 2,000 ft. (610 meters) above sea level; operation outside of the intended radiofrequency has the potential to result in inaccurate readings or sensor signal acquisition difficulties.

Select CardioMEMS PA Sensors (Model CM2000) operate outside of the intended frequency range at higher elevations when readings are taken over approximately 2,000 ft. (610 meters) above sea level; operation outside of the intended radiofrequency has the potential to result in inaccurate readings or sensor signal acquisition difficulties.

Users received sample collection kits that were assigned to another user. Incorrect shipping labels were applied to the collection kits. As a result, a number of users received sample collection kits that were assigned to another user resulting in a mismatch of user identification. The impact to users is that they may return the sample and obtain potential incorrect Hepatitis C Virus (HCV) results and/or the sample may be rejected due to mismatched demographics resulting in delayed testing and/or treatment.

Select CardioMEMS PA Sensors (Model CM2000) operate outside of the intended frequency range at higher elevations when readings are taken over approximately 2,000 ft. (610 meters) above sea level; operation outside of the intended radiofrequency has the potential to result in inaccurate readings or sensor signal acquisition difficulties.

Radiated Radiofrequency (RF) emissions of the CardioMEMS Patient Electronics Systems (PES) Models CM1000, CM1010 and CM1100 and CardioMEMS Hospital Electronics Systems (HES) Model CM3000 exceed certain emissions limits and have the potential to cause interference with other medical devices, such as implantable neurostimulators, pacemakers, cardiac defibrillators, continuous glucose monitors, or other bio-wearable sensors when in close proximity to an active Hospital or Patient Electronics System (i.e., during readings).

Radiated Radiofrequency (RF) emissions of the CardioMEMS Patient Electronics Systems (PES) Models CM1000, CM1010 and CM1100 and CardioMEMS Hospital Electronics Systems (HES) Model CM3000 exceed certain emissions limits and have the potential to cause interference with other medical devices, such as implantable neurostimulators, pacemakers, cardiac defibrillators, continuous glucose monitors, or other bio-wearable sensors when in close proximity to an active Hospital or Patient Electronics System (i.e., during readings).

Radiated Radiofrequency (RF) emissions of the CardioMEMS Patient Electronics Systems (PES) Models CM1000, CM1010 and CM1100 and CardioMEMS Hospital Electronics Systems (HES) Model CM3000 exceed certain emissions limits and have the potential to cause interference with other medical devices, such as implantable neurostimulators, pacemakers, cardiac defibrillators, continuous glucose monitors, or other bio-wearable sensors when in close proximity to an active Hospital or Patient Electronics System (i.e., during readings).

Radiated Radiofrequency (RF) emissions of the CardioMEMS Patient Electronics Systems (PES) Models CM1000, CM1010 and CM1100 and CardioMEMS Hospital Electronics Systems (HES) Model CM3000 exceed certain emissions limits and have the potential to cause interference with other medical devices, such as implantable neurostimulators, pacemakers, cardiac defibrillators, continuous glucose monitors, or other bio-wearable sensors when in close proximity to an active Hospital or Patient Electronics System (i.e., during readings).

The current luer fittings and adaptors allow for the possibility of the air line to be misconnected to an intravenous line, which may cause an air embolism.

Sedecal was informed of 3 incidents of erratic movements related to X-ray mobile systems.