Maryland recalls

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Port weld of drug transfer device may separate or break during use and potentially result in a leak.

Potential for a weak seal in some units resulting in compromise in sterility.

A software anomaly, under specific conditions when large rotational alignment values are applied in 2D Image Fusion, may lead to misalignment of any secondary image layer(s) to the primary image layer.

A software anomaly, under specific conditions when large rotational alignment values are applied in 2D Image Fusion, may lead to misalignment of any secondary image layer(s) to the primary image layer.

A software anomaly, under specific conditions when large rotational alignment values are applied in 2D Image Fusion, may lead to misalignment of any secondary image layer(s) to the primary image layer.

A software anomaly, under specific conditions when large rotational alignment values are applied in 2D Image Fusion, may lead to misalignment of any secondary image layer(s) to the primary image layer.

A software anomaly, under specific conditions when large rotational alignment values are applied in 2D Image Fusion, may lead to misalignment of any secondary image layer(s) to the primary image layer.

A software anomaly, under specific conditions when large rotational alignment values are applied in 2D Image Fusion, may lead to misalignment of any secondary image layer(s) to the primary image layer.

A software anomaly, under specific conditions when large rotational alignment values are applied in 2D Image Fusion, may lead to misalignment of any secondary image layer(s) to the primary image layer.

A software defect in version v1.15.0 of the G6 Android app can cause the app to terminate unexpectedly, which may result in the user not receiving estimated glucose values, alarms, alerts or notifications. This could result in the missed detection of a hyperglycemic or hypoglycemic event, protentional resulting in severe hyperglycemia, diabetic ketoacidosis (DKA), or hyperosmolar hyperglycemic state (HHS).

Potential for contamination with cotton fibers.

Potential for contamination with cotton fibers.