South Dakota recalls

Medline Renewal has determined that certain areas on the device have the potential to trap residual material, which may remain within the device and, in rare cases, become dislodged.

Medline Renewal has determined that certain areas on the device have the potential to trap residual material, which may remain within the device and, in rare cases, become dislodged.

Medline Renewal has determined that certain areas on the device have the potential to trap residual material, which may remain within the device and, in rare cases, become dislodged.

Medline Renewal has determined that certain areas on the device have the potential to trap residual material, which may remain within the device and, in rare cases, become dislodged.

Medline Renewal has determined that certain areas on the device have the potential to trap residual material, which may remain within the device and, in rare cases, become dislodged.

Medline Renewal has determined that certain areas on the device have the potential to trap residual material, which may remain within the device and, in rare cases, become dislodged.

Medline Renewal has determined that certain areas on the device have the potential to trap residual material, which may remain within the device and, in rare cases, become dislodged.

Medline Renewal has determined that certain areas on the device have the potential to trap residual material, which may remain within the device and, in rare cases, become dislodged.

Medline Renewal has determined that certain areas on the device have the potential to trap residual material, which may remain within the device and, in rare cases, become dislodged.

Medline Renewal has determined that certain areas on the device have the potential to trap residual material, which may remain within the device and, in rare cases, become dislodged.

Philips has identified that some ceiling suspension telescopic carriages manufactured from July 2024 through June 2025 may be difficult to move vertically (i.e. additional force/physical exertion required for manual movement) due to potential manufacturing issues.

Philips has identified that some ceiling suspension telescopic carriages manufactured from July 2024 through June 2025 may be difficult to move vertically (i.e. additional force/physical exertion required for manual movement) due to potential manufacturing issues.

Philips has identified that some ceiling suspension telescopic carriages manufactured from July 2024 through June 2025 may be difficult to move vertically (i.e. additional force/physical exertion required for manual movement) due to potential manufacturing issues.

Philips has identified that some ceiling suspension telescopic carriages manufactured from July 2024 through June 2025 may be difficult to move vertically (i.e. additional force/physical exertion required for manual movement) due to potential manufacturing issues.

Philips has identified that some ceiling suspension telescopic carriages manufactured from July 2024 through June 2025 may be difficult to move vertically (i.e. additional force/physical exertion required for manual movement) due to potential manufacturing issues.

Philips has identified that some ceiling suspension telescopic carriages manufactured from July 2024 through June 2025 may be difficult to move vertically (i.e. additional force/physical exertion required for manual movement) due to potential manufacturing issues.

There is a potential issue affecting Eterna Spinal Cord Stimulation (SCS) Implantable Pulse Generators (IPGs), Model 32400 and Liberta RC Deep Brain Stimulation (DBS) Implantable Pulse Generators (IPGs), Model 62400 . These devicess may experience a loss of communication with the Clinician Programmer (CP) and/or the Patient Controller (PC).

There is a potential issue affecting Eterna Spinal Cord Stimulation (SCS) Implantable Pulse Generators (IPGs), Model 32400 and Liberta RC Deep Brain Stimulation (DBS) Implantable Pulse Generators (IPGs), Model 62400 . These devicess may experience a loss of communication with the Clinician Programmer (CP) and/or the Patient Controller (PC).

Potential loss of monitoring on affected monitors when powered by certain batteries. Affected batteries can lose capability to hold charge and provide back up power. If this situation occurs, it will cause loss of patient monitoring and potentially delay recognizing patient status changes requiring treatment.

Potential loss of monitoring on affected monitors when powered by certain batteries. Affected batteries can lose capability to hold charge and provide back up power. If this situation occurs, it will cause loss of patient monitoring and potentially delay recognizing patient status changes requiring treatment.

Potential loss of monitoring on affected monitors when powered by certain batteries. Affected batteries can lose capability to hold charge and provide back up power. If this situation occurs, it will cause loss of patient monitoring and potentially delay recognizing patient status changes requiring treatment.

Potential loss of monitoring on affected monitors when powered by certain batteries. Affected batteries can lose capability to hold charge and provide back up power. If this situation occurs, it will cause loss of patient monitoring and potentially delay recognizing patient status changes requiring treatment.

Potential loss of monitoring on affected monitors when powered by certain batteries. Affected batteries can lose capability to hold charge and provide back up power. If this situation occurs, it will cause loss of patient monitoring and potentially delay recognizing patient status changes requiring treatment.

The device may either fail to start up, or the transducer may start briefly and then stop, accompanied by an error light on the generator. In addition, the body of the transducer handpiece may gradually increase in temperature during clinical use.

Firm received multiple complaints of anesthesia circuit leaks due to cracks in the 120" expandable tubing. Cracks and resulting leaks may lead to hypoxia, hypoventilation, and inadequate delivery of inhaled anesthetic agents, which may result in serious injury or death. Volatile anesthetics may also escape into the operating room environment.

Firm received multiple complaints of anesthesia circuit leaks due to cracks in the 120" expandable tubing. Cracks and resulting leaks may lead to hypoxia, hypoventilation, and inadequate delivery of inhaled anesthetic agents, which may result in serious injury or death. Volatile anesthetics may also escape into the operating room environment.

Firm received multiple complaints of anesthesia circuit leaks due to cracks in the 120" expandable tubing. Cracks and resulting leaks may lead to hypoxia, hypoventilation, and inadequate delivery of inhaled anesthetic agents, which may result in serious injury or death. Volatile anesthetics may also escape into the operating room environment.

Firm received multiple complaints of anesthesia circuit leaks due to cracks in the 120" expandable tubing. Cracks and resulting leaks may lead to hypoxia, hypoventilation, and inadequate delivery of inhaled anesthetic agents, which may result in serious injury or death. Volatile anesthetics may also escape into the operating room environment.

Firm received multiple complaints of anesthesia circuit leaks due to cracks in the 120" expandable tubing. Cracks and resulting leaks may lead to hypoxia, hypoventilation, and inadequate delivery of inhaled anesthetic agents, which may result in serious injury or death. Volatile anesthetics may also escape into the operating room environment.

Firm received multiple complaints of anesthesia circuit leaks due to cracks in the 120" expandable tubing. Cracks and resulting leaks may lead to hypoxia, hypoventilation, and inadequate delivery of inhaled anesthetic agents, which may result in serious injury or death. Volatile anesthetics may also escape into the operating room environment.