Medical device recalls

A customer experienced that during assembly and load testing of the device, the bolt for mounting the lifting bar broke. Upon further investigation of this customer complaint, it became clear that the defect occurs as a result of deformation of the materials involved between the lifting bar and the arm of the device. Such deformation can lead to limited mobility in the joint, which prevents proper functionality of the equipment.

A customer experienced that during assembly and load testing of the device, the bolt for mounting the lifting bar broke. Upon further investigation of this customer complaint, it became clear that the defect occurs as a result of deformation of the materials involved between the lifting bar and the arm of the device. Such deformation can lead to limited mobility in the joint, which prevents proper functionality of the equipment.

A customer experienced that during assembly and load testing of the device, the bolt for mounting the lifting bar broke. Upon further investigation of this customer complaint, it became clear that the defect occurs as a result of deformation of the materials involved between the lifting bar and the arm of the device. Such deformation can lead to limited mobility in the joint, which prevents proper functionality of the equipment.

Customers may experience inaccurate test results by observing a higher frequency of classification in the indeterminate and positive zone and/or low specificity when compared back to FDA-cleared CSF ratio/PET imaging, due to falsely elevated positive ratio or falsely elevated indeterminate ratio results causing an incorrect classification of a patient as having amyloid pathology associated with Alzheimer s disease (positive result) and/or requiring more clinical testing of that patient (indeterminate result).

Customers may experience inaccurate test results by observing a higher frequency of classification in the indeterminate and positive zone and/or low specificity when compared back to FDA-cleared CSF ratio/PET imaging, due to falsely elevated positive ratio or falsely elevated indeterminate ratio results causing an incorrect classification of a patient as having amyloid pathology associated with Alzheimer s disease (positive result) and/or requiring more clinical testing of that patient (indeterminate result).

Customers may experience inaccurate test results by observing a higher frequency of classification in the indeterminate and positive zone and/or low specificity when compared back to FDA-cleared CSF ratio/PET imaging, due to falsely elevated positive ratio or falsely elevated indeterminate ratio results causing an incorrect classification of a patient as having amyloid pathology associated with Alzheimer s disease (positive result) and/or requiring more clinical testing of that patient (indeterminate result).

Customers may experience inaccurate test results by observing a higher frequency of classification in the indeterminate and positive zone and/or low specificity when compared back to FDA-cleared CSF ratio/PET imaging, due to falsely elevated positive ratio or falsely elevated indeterminate ratio results causing an incorrect classification of a patient as having amyloid pathology associated with Alzheimer s disease (positive result) and/or requiring more clinical testing of that patient (indeterminate result).

Customers may experience inaccurate test results by observing a higher frequency of classification in the indeterminate and positive zone and/or low specificity when compared back to FDA-cleared CSF ratio/PET imaging, due to falsely elevated positive ratio or falsely elevated indeterminate ratio results causing an incorrect classification of a patient as having amyloid pathology associated with Alzheimer s disease (positive result) and/or requiring more clinical testing of that patient (indeterminate result).

Customers may experience inaccurate test results by observing a higher frequency of classification in the indeterminate and positive zone and/or low specificity when compared back to FDA-cleared CSF ratio/PET imaging, due to falsely elevated positive ratio or falsely elevated indeterminate ratio results causing an incorrect classification of a patient as having amyloid pathology associated with Alzheimer s disease (positive result) and/or requiring more clinical testing of that patient (indeterminate result).

Customers may experience inaccurate test results by observing a higher frequency of classification in the indeterminate and positive zone and/or low specificity when compared back to FDA-cleared CSF ratio/PET imaging, due to falsely elevated positive ratio or falsely elevated indeterminate ratio results causing an incorrect classification of a patient as having amyloid pathology associated with Alzheimer s disease (positive result) and/or requiring more clinical testing of that patient (indeterminate result).

Internal investigations have identified an issue with the durability of the connecting cable near the connection to the Venous Bubble Sensor. Excessive bending of the connecting cable can lead to full damage of the Venous Bubble Sensor or loose cable contact, which may trigger the errors Ven. bubble sensor defective or Ven. bubble sensor disconnected on the connected medical device. These errors can occur temporarily when the connecting cable is moved or permanently if the connection is fully compromised.

It was found that the contacts of the electromagnetic contactors used inside the cabinet of the X-ray high-voltage generator were welded, and the current might continue to be supplied to the power supply circuit even if the power of the device is cut off. As a result, it cannot be denied that the circuit in question overheats and damages the surrounding parts. It may also cause smoke.

Nasal feeding tube packaged without the nasal transfer tube component.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.

Devices which did not undergo thermoforming could deform and lose performance.