Florida recalls

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

All Medtronic MiniMed infusion pumps (Paradigm series, 600 series, and BLE 700 series) were found to be affected by unintended over- and under-delivery of insulin when the pump is elevated or lowered relative to the infusion site, respectively, because of changes in gravitational force impacting hydrostatic and hydrodynamic pressures. Insulin over-delivery, which can occur when the pump is elevated relative to the infusion site, can result in severe hypoglycemia, altered mental status, seizure, coma, or death. An under-delivery of insulin, which can occur at lowered pump height conditions relative to the infusion site, can result in severe hyperglycemia, dehydration, diabetic ketoacidosis, or death.

Kits contain recalled Olympus biopsy valves. Olympus is investigating an increase in complaints associated with rubber fragment detachment in the slit of single use biopsy valves. Potential consequences associated with detachment of fragments from valve include foreign body in patient's tracheobronchial tree, which may require intervention for removal. Other potential consequences include inflammatory response, hypoxia, and prolongation of procedure.

Kits contain recalled Olympus biopsy valves. Olympus is investigating an increase in complaints associated with rubber fragment detachment in the slit of single use biopsy valves. Potential consequences associated with detachment of fragments from valve include foreign body in patient's tracheobronchial tree, which may require intervention for removal. Other potential consequences include inflammatory response, hypoxia, and prolongation of procedure.

Kits contain recalled Olympus biopsy valves. Olympus is investigating an increase in complaints associated with rubber fragment detachment in the slit of single use biopsy valves. Potential consequences associated with detachment of fragments from valve include foreign body in patient's tracheobronchial tree, which may require intervention for removal. Other potential consequences include inflammatory response, hypoxia, and prolongation of procedure.

Kits contain recalled Olympus biopsy valves. Olympus is investigating an increase in complaints associated with rubber fragment detachment in the slit of single use biopsy valves. Potential consequences associated with detachment of fragments from valve include foreign body in patient's tracheobronchial tree, which may require intervention for removal. Other potential consequences include inflammatory response, hypoxia, and prolongation of procedure.

Kits contain recalled Olympus biopsy valves. Olympus is investigating an increase in complaints associated with rubber fragment detachment in the slit of single use biopsy valves. Potential consequences associated with detachment of fragments from valve include foreign body in patient's tracheobronchial tree, which may require intervention for removal. Other potential consequences include inflammatory response, hypoxia, and prolongation of procedure.

Kits contain recalled Olympus biopsy valves. Olympus is investigating an increase in complaints associated with rubber fragment detachment in the slit of single use biopsy valves. Potential consequences associated with detachment of fragments from valve include foreign body in patient's tracheobronchial tree, which may require intervention for removal. Other potential consequences include inflammatory response, hypoxia, and prolongation of procedure.

Kits contain recalled Olympus biopsy valves. Olympus is investigating an increase in complaints associated with rubber fragment detachment in the slit of single use biopsy valves. Potential consequences associated with detachment of fragments from valve include foreign body in patient's tracheobronchial tree, which may require intervention for removal. Other potential consequences include inflammatory response, hypoxia, and prolongation of procedure.

Potential for the balloon in the device to not meet burst specifications.

A full lot swap between VOLT Locking Screw Tap 03.424.124 lot 68900P9 and Cortical Screw Tap 03.424.126 lot 68982P8, resulting in the bones taps having an incorrect thread.

A full lot swap between VOLT Locking Screw Tap 03.424.124 lot 68900P9 and Cortical Screw Tap 03.424.126 lot 68982P8, resulting in the bones taps having an incorrect thread.

Due to increased in complaints regarding frayed or broken pitch cables on reusable surgical instruments

Due to increased in complaints regarding frayed or broken pitch cables on reusable surgical instruments

Due to increased complaints for broken/frayed grip cables for reusable instruments.

Due to increased complaints for broken/frayed grip cables for reusable instruments.

Due to increased complaints for broken/frayed grip cables for reusable instruments.

Due to increased complaints for broken/frayed grip cables for reusable instruments.

Following a complaint investigation, Olympus identified a potential defect in the 24V power supply module in some SOLTIVE laser units which may cause the system to become inoperable. Additionally, smoke or a burning smell may occur. By design, the issue causing the smoke or burning smell would be contained within the internal laser console enclosure and would be self-extinguishing.

Following a complaint investigation, Olympus identified a potential defect in the 24V power supply module in some SOLTIVE laser units which may cause the system to become inoperable. Additionally, smoke or a burning smell may occur. By design, the issue causing the smoke or burning smell would be contained within the internal laser console enclosure and would be self-extinguishing.

There is a potential breach in the sterile pouch packaging for one lot of radiology kits, which may compromise product sterility.

Potential that mis-ordered frames in Vue Motion during dynamic cine runs may cause images frames to display out of sequence.