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Medical device and health technology recalls from FDA. Includes diagnostic equipment, implants, monitors, and therapeutic devices.
Light handle covers may separate from the light handle (detach and fall off) during use, this could result in a procedure delay and/or impact the sterile field which could result in an injury to the patient
Medtronic has received reports of SenSight Extension Tunneler kits that contain dual carriers with have been machined on only one side. As a result, the dual carrier cannot be used to pass two extensions simultaneously.
Device suddenly and forcefully disassembled after cryotherapy, potential for long-term or permanent impairment of a patient or user if a CryoTreq device suddenly or forcefully disassembles during a cryosurgery procedure.
Pressing the Unload Pedal of the foot switch to perform the unload function may cause entrapment of the operators foot. If foot or leg entrapment occurs while pressing Unload Pedal, the risk to operators may include: pain, muscle or ligament sprain, abrasion, laceration, contusion, fracture, loss of function, and joint dislocation.
JULIET Lateral Lumbar Ti-Life Plate, a component of the JULIET Ti Lateral Lumbar Cage, may disassemble during the preparation stage before implantation, or during surgery when removing the implant holder, which could cause surgical delay.
There is a negative bias with urine patient samples and urine cortisol Quality Control (QC) results intermittently out of range low.
A portion of the two products were incorrectly marked (etched) and packaged resulting in a product mismatch. The labels and laser etchings were switched on the two products.
When using a Laser-Indirect-Ophthalmoscope (LIO) as the delivery device, a scattered laser beam inside the laser cavity system may unintentionally exit through the Slit Lamp output port (SDS) and get emitted from the Objective Lens when the laser is fired.
There is a negative bias with urine patient samples and urine cortisol Quality Control (QC) results intermittently out of range low.
The reagent lot produces elevated results (approximately >30%) in some (15-20%)patient samples that do not correlate with the results of other thyroid markers nor Free T3 results generated on other platforms. This introduces a risk of the positive bias not being detected by QC with the potential that clinical correlation with other thyroid function tests will be inconsistent requiring additional testing; however the clinical assessment and treatment decisions are not made in isolation on a single test result especially, in the setting of thyroid function testing. False positive test results could lead to a euthyroid patient being interpreted clinically as having elevated thyroid function (hyperthyroid) or a hypothyroid patient being within the normal range. Such misdiagnoses may lead to inappropriate treatment of a euthyroid patient with anti-thyroid medications or hypothyroid patient not getting sufficient treatment since their free T3 test result demonstrates them to be in the euthyroid range.
Software error causes, safety ventilation, in which ventilation continues in the "safety ventilation" mode with audible/visible alarm - patient inputs are not monitored, if the following coincide 1) A mode change to an adaptive mode (ASV, APVcmv, APVsimv, INTELLiVENT-ASV, (S)CMV+, SIMV+), and 2) The controller and/or humidifier is connected to the ventilator and is operational.
Firmware versions have the potential to mis-associate sample IDs leading to incorrect results or delayed sodium, potassium, and chloride patient results. Falsely increased or decreased electrolytes can lead to either inappropriate treatment of normal results, or failure to treat abnormal results resulting in abnormal levels. Abnormal potassium levels can result in weakness, polyuria, ileus, psychiatric disturbances, cardiac arrhythmias, respiratory depression, and death. Abnormal sodium levels can result in CNS disturbances and disturbances of water balance. Abnormal chloride levels can lead to acid base disturbances which can lead to respiratory and cardiac compromise. The event may occur only if all the following conditions occurs in few milliseconds timeframe: - The module is releasing a sample tube (Tube A) just placed into the carrier - Another sample tube (Tube B) is erroneously not diverted into the module buffer lane due to a malfunction of the divert gate Only in this specific scenario, the Tube A may be released by the module as Tube B due to a miscommunication between the module firmware and the Automation software without any error message. The Automation System loses the traceability of Tube A. It manages both Tube A (incorrectly identified as Tube B) and the real Tube B according to the test orders not performed yet on Tube B. Inpeco has released a Technical Service Bulletin with the procedure to correctly update the firmware. The firmware upgrade will be performed by Field Service Engineers. A CAPA (Corrective Action Preventive Action) has been opened to deeply investigate the root cause and identify possible process lack in order to avoid reoccurrences.
Sterility; Steril surgical procedure packs contain incomplete seals.
MicroTip Pack Opener Assembly Potentially Not Removing or Replacing MicroTip Pack Caps on VITROS 5600 and XT 7600 Integrated Systems, results may be delayed results if a pack becomes unusable
Certain lots of the Restoris MultiCompartmental Knee (MCK) Tibial Baseplate Trials contain product with incorrect size laser marking
Firmware versions have the potential to mis-associate sample IDs leading to incorrect results or delayed sodium, potassium, and chloride patient results. Falsely increased or decreased electrolytes can lead to either inappropriate treatment of normal results, or failure to treat abnormal results resulting in abnormal levels. Abnormal potassium levels can result in weakness, polyuria, ileus, psychiatric disturbances, cardiac arrhythmias, respiratory depression, and death. Abnormal sodium levels can result in CNS disturbances and disturbances of water balance. Abnormal chloride levels can lead to acid base disturbances which can lead to respiratory and cardiac compromise. The event may occur only if all the following conditions occurs in few milliseconds timeframe: - The module is releasing a sample tube (Tube A) just placed into the carrier - Another sample tube (Tube B) is erroneously not diverted into the module buffer lane due to a malfunction of the divert gate Only in this specific scenario, the Tube A may be released by the module as Tube B due to a miscommunication between the module firmware and the Automation software without any error message. The Automation System loses the traceability of Tube A. It manages both Tube A (incorrectly identified as Tube B) and the real Tube B according to the test orders not performed yet on Tube B. Inpeco has released a Technical Service Bulletin with the procedure to correctly update the firmware. The firmware upgrade will be performed by Field Service Engineers. A CAPA (Corrective Action Preventive Action) has been opened to deeply investigate the root cause and identify possible process lack in order to avoid reoccurrences.
Fluid ingress that can cause a loss of electrical funtion and failure of the Set ID Sensory, resulting in the prevention of infusion or halt of infusion.
Firmware versions have the potential to mis-associate sample IDs leading to incorrect results or delayed sodium, potassium, and chloride patient results. Falsely increased or decreased electrolytes can lead to either inappropriate treatment of normal results, or failure to treat abnormal results resulting in abnormal levels. Abnormal potassium levels can result in weakness, polyuria, ileus, psychiatric disturbances, cardiac arrhythmias, respiratory depression, and death. Abnormal sodium levels can result in CNS disturbances and disturbances of water balance. Abnormal chloride levels can lead to acid base disturbances which can lead to respiratory and cardiac compromise. The event may occur only if all the following conditions occurs in few milliseconds timeframe: - The module is releasing a sample tube (Tube A) just placed into the carrier - Another sample tube (Tube B) is erroneously not diverted into the module buffer lane due to a malfunction of the divert gate Only in this specific scenario, the Tube A may be released by the module as Tube B due to a miscommunication between the module firmware and the Automation software without any error message. The Automation System loses the traceability of Tube A. It manages both Tube A (incorrectly identified as Tube B) and the real Tube B according to the test orders not performed yet on Tube B. Inpeco has released a Technical Service Bulletin with the procedure to correctly update the firmware. The firmware upgrade will be performed by Field Service Engineers. A CAPA (Corrective Action Preventive Action) has been opened to deeply investigate the root cause and identify possible process lack in order to avoid reoccurrences.
Ccertain lots of the Restoris MultiCompartmental Knee (MCK) Tibial Baseplate Trials contain product with incorrect size laser marking
Firmware versions have the potential to mis-associate sample IDs leading to incorrect results or delayed sodium, potassium, and chloride patient results. Falsely increased or decreased electrolytes can lead to either inappropriate treatment of normal results, or failure to treat abnormal results resulting in abnormal levels. Abnormal potassium levels can result in weakness, polyuria, ileus, psychiatric disturbances, cardiac arrhythmias, respiratory depression, and death. Abnormal sodium levels can result in CNS disturbances and disturbances of water balance. Abnormal chloride levels can lead to acid base disturbances which can lead to respiratory and cardiac compromise. The event may occur only if all the following conditions occurs in few milliseconds timeframe: - The module is releasing a sample tube (Tube A) just placed into the carrier - Another sample tube (Tube B) is erroneously not diverted into the module buffer lane due to a malfunction of the divert gate Only in this specific scenario, the Tube A may be released by the module as Tube B due to a miscommunication between the module firmware and the Automation software without any error message. The Automation System loses the traceability of Tube A. It manages both Tube A (incorrectly identified as Tube B) and the real Tube B according to the test orders not performed yet on Tube B. Inpeco has released a Technical Service Bulletin with the procedure to correctly update the firmware. The firmware upgrade will be performed by Field Service Engineers. A CAPA (Corrective Action Preventive Action) has been opened to deeply investigate the root cause and identify possible process lack in order to avoid reoccurrences.