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Medical device and health technology recalls from FDA. Includes diagnostic equipment, implants, monitors, and therapeutic devices.
Channel air drying process was not validated, and that a small percentage of scopes returned to customers after repair had a wet channel. Water remaining in the channel of the endoscopes has the potential for contamination that could lead to the risk of infection
Channel air drying process was not validated, and that a small percentage of scopes returned to customers after repair had a wet channel. Water remaining in the channel of the endoscopes has the potential for contamination that could lead to the risk of infection
Channel air drying process was not validated, and that a small percentage of scopes returned to customers after repair had a wet channel. Water remaining in the channel of the endoscopes has the potential for contamination that could lead to the risk of infection
Channel air drying process was not validated, and that a small percentage of scopes returned to customers after repair had a wet channel. Water remaining in the channel of the endoscopes has the potential for contamination that could lead to the risk of infection
Channel air drying process was not validated, and that a small percentage of scopes returned to customers after repair had a wet channel. Water remaining in the channel of the endoscopes has the potential for contamination that could lead to the risk of infection
Channel air drying process was not validated, and that a small percentage of scopes returned to customers after repair had a wet channel. Water remaining in the channel of the endoscopes has the potential for contamination that could lead to the risk of infection
Channel air drying process was not validated, and that a small percentage of scopes returned to customers after repair had a wet channel. Water remaining in the channel of the endoscopes has the potential for contamination that could lead to the risk of infection
Channel air drying process was not validated, and that a small percentage of scopes returned to customers after repair had a wet channel. Water remaining in the channel of the endoscopes has the potential for contamination that could lead to the risk of infection
Channel air drying process was not validated, and that a small percentage of scopes returned to customers after repair had a wet channel. Water remaining in the channel of the endoscopes has the potential for contamination that could lead to the risk of infection
Channel air drying process was not validated, and that a small percentage of scopes returned to customers after repair had a wet channel. Water remaining in the channel of the endoscopes has the potential for contamination that could lead to the risk of infection
Two different humeral socket Insert devices were swapped during packaging, which could result in surgeons not having the correct device for surgery, which could cause a delay in surgery.
There have been reports of patients suffering arrhythmias, reported as short cardiac arrests, during surgical procedures where UHI-4s were used. These events may have been due to an over insufflation of the abdominal cavity resulting from use of the UHI-4 during the procedures.
Units are labeled as 10cc; however the units have a fill volume of 1cc units. This may result in prolongation of surgery.
Potential for units suspended on the ceiling to fail and fall.
Potential for units suspended on the ceiling to fail and fall.
Potential for units suspended on the ceiling to fail and fall.
Potential for units suspended on the ceiling to fail and fall.
Upstream occlusion alarm may sound when no occlusion exists, and the device will stop pumping. Interruption to the infusion of high-risk medications may lead to hemodynamic instability requiring medical intervention to prevent permanent impairment to body structures or body functions. In some cases, this may be life-threatening or may lead to death.
Potential for units suspended on the ceiling to fail and fall.
Balloon-to-catheter weld failure that may cause loss of balloon pressure during stent deployment.