The frequency of calibration for the Genius Tympanic Thermometer as stated in the operating manual may not ensure that thermometers always remain within the stated accuracy range (¿ 0.2¿C for Genius 2 and ¿ 0.3¿C for Genius 3 thermometers). The measurement readings drift upwards over time, which means that the thermometers could exceed the upper stated accuracy tolerance of +0.2¿C for Genius 2 or +0.3¿C for Genius 3.
The frequency of calibration for the Genius Tympanic Thermometer as stated in the operating manual may not ensure that thermometers always remain within the stated accuracy range (¿ 0.2¿C for Genius 2 and ¿ 0.3¿C for Genius 3 thermometers). The measurement readings drift upwards over time, which means that the thermometers could exceed the upper stated accuracy tolerance of +0.2¿C for Genius 2 or +0.3¿C for Genius 3.
The frequency of calibration for the Genius Tympanic Thermometer as stated in the operating manual may not ensure that thermometers always remain within the stated accuracy range (¿ 0.2¿C for Genius 2 and ¿ 0.3¿C for Genius 3 thermometers). The measurement readings drift upwards over time, which means that the thermometers could exceed the upper stated accuracy tolerance of +0.2¿C for Genius 2 or +0.3¿C for Genius 3.
Inability to dose the test strips, may result in a temporary inability to get a result that could lead to a delay in treatment and/or therapy decisions
It has been reported that use of the mobile receiver with software version SW10617 rev 4.0.1.048 have reported: 1. the receiver becoming stuck on initialization screen when powering on. This will cause patients not to be able to receive glucose values or alerts; 2. Reinitialization of the receiver without user interaction. If this occurs, the receiver will either reboot and operate normally or require the user to press the Select button on the receiver in order to resume normal operation. In this situation, the user is provided an audio and vibratory alert every 5 minutes. Until the select button is pressed, patients will not receive glucose values or alerts.
It was identified that due to a potential installation workflow issue, the MR system date could be set incorrectly. The system's date and time setting are used to populate the DICOM header information on images. This could result is an inaccurate date recorded on the images.
103 packaged and labeled tubes (103 product tubes with 6 pins per tube) of KM168-39-76 Single Diamond Smooth Steinmann Pins were labeled with the incorrect product labels. The tubes were incorrectly labeled as KM169-39-76 Single Diamond Threaded Steinmann Pins.
On the Atellica CH 930 Analyzer, when scanning barcodes at the module console for Integrated Multisensor Technology (IMT) system fluids (Standard A (Std A) and Standard B (Std B)) for Sodium (Na), Potassium (K), and Chloride (Cl), the system will translate the decimal point separators to commas. This will result in invalid concentration values for the fluids, therefore the system will utilize default nominal values instead of lot specific IMT fluid concentration values for calculation of the calibrations and results for the Na, K, and Cl methods.
It was identified that due to a potential installation workflow issue, the MR system date could be set incorrectly. The system's date and time setting are used to populate the DICOM header information on images. This could result is an inaccurate date recorded on the images.
It was identified that due to a potential installation workflow issue, the MR system date could be set incorrectly. The system's date and time setting are used to populate the DICOM header information on images. This could result is an inaccurate date recorded on the images.
Customers have reported incidents where two sets of results report the same Specimen Identifier (Specimen ID) with different results, different Medical Record Number (MRN) and different patient identification (demographics).
It was identified that due to a potential installation workflow issue, the MR system date could be set incorrectly. The system s date and time setting are used to populate the DICOM header information on images. This could result is an inaccurate date recorded on the images.
One brand of batteries have a small dimensional difference in the negative button terminal, which, when the batteries are inserted incorrectly, can create the possibility for the battery terminals to make reverse contact. This reverse contact can cause a potential for overheating.
Centricity Universal Viewer measurements saved into a DICOM Grayscale Presentation State are incorrect in subsequent views for exams containing series with different pixel sizes and may lead to a potential misdiagnosis.
The Vacuette 3.5mL Serup Sep Clot Activator Tubes may have been damaged at the cap sealing area. This may lead to a vacuum loss and tubes not filling up to the proper volume.
One brand of batteries have a small dimensional difference in the negative button terminal, which, when the batteries are inserted incorrectly, can create the possibility for the battery terminals to make reverse contact. This reverse contact can cause a potential for overheating.