Latest Product Recalls Today

The product is defective due to insufficient UV curing of the hydrophilic coating which is present on the outer surface of the distal segment of the microcatheters and raised ridges on nitinol sleeves due to laser cutting misalignment.

A non-sterile component was piggybacked and incorrectly placed outside of the sterile barrier and not subjected to EO sterilization per kit specifications.

Rotors have been found with a non-conforming microstructure, which may result in some rotors breaking into two or more pieces during use. Rotors that break into multiple pieces during use may result in significant damage to materials (i.e., samples) being processed in the centrifuge and to the centrifuge instrument.

Changes to Instructions for Use (IFU) for the device regarding risk of Pulmonary Artery Injury (PAI).

Reports of problems with product being difficult to remove from patient and leaving adhesive residue on patient's skin.

The product is defective due to insufficient UV curing of the hydrophilic coating which is present on the outer surface of the distal segment of the microcatheters and raised ridges on nitinol sleeves due to laser cutting misalignment.

The product is defective due to insufficient UV curing of the hydrophilic coating which is present on the outer surface of the distal segment of the microcatheters and raised ridges on nitinol sleeves due to laser cutting misalignment.

A routine stability studies have identified a stability drift affecting the Ammonia (NH4+) analyte in specific lots of Multichem AE quality control material. Additional testing confirmed that the labelled shelf-life performance claim for the Ammonia analyte can no longer be supported for the affected lots. This issue is limited to the Ammonia analyte only. The impacted device may cause delay of issuing results to the physician. Delayed recognition and diagnosis of elevated levels may impact in timely treatment of life-threatening levels described within medical toxicity intervention decision points.

Ventilator's Internal Flow transducer cable connector may disconnect from internal board, potentially resulting in system reboot and interruption of ventilation therapy.

The product is defective due to insufficient UV curing of the hydrophilic coating which is present on the outer surface of the distal segment of the microcatheters and raised ridges on nitinol sleeves due to laser cutting misalignment.

The product is defective due to insufficient UV curing of the hydrophilic coating which is present on the outer surface of the distal segment of the microcatheters and raised ridges on nitinol sleeves due to laser cutting misalignment.

Ultrasound system may: 1) Not recognize previous transducer registration, prevent scanning, require re-registration with Wi-Fi/cellular access, which may be unavailable outside of the hospital (ambulances/aircraft/field); 2) At connection between transducer USB cable to tablet/phone, there may be an unstable connection/may disconnect disrupting function. May cause diagnosis/treatment delay.

The product is defective due to insufficient UV curing of the hydrophilic coating which is present on the outer surface of the distal segment of the microcatheters and raised ridges on nitinol sleeves due to laser cutting misalignment.

The product is defective due to insufficient UV curing of the hydrophilic coating which is present on the outer surface of the distal segment of the microcatheters and raised ridges on nitinol sleeves due to laser cutting misalignment.

Ventilator's Internal Flow transducer cable connector may disconnect from internal board, potentially resulting in system reboot and interruption of ventilation therapy.

Sterile Passive spheres and biopsy needle kits contain variation in the reflective material which may affect the ability of the navigation system to detect and track the spheres.

The product is defective due to insufficient UV curing of the hydrophilic coating which is present on the outer surface of the distal segment of the microcatheters and raised ridges on nitinol sleeves due to laser cutting misalignment.

Ventilator's Internal Flow transducer cable connector may disconnect from internal board, potentially resulting in system reboot and interruption of ventilation therapy.

Reports of problems with product being difficult to remove from patient and leaving adhesive residue on patient's skin.

The product is defective due to insufficient UV curing of the hydrophilic coating which is present on the outer surface of the distal segment of the microcatheters and raised ridges on nitinol sleeves due to laser cutting misalignment.

A non-sterile component was piggybacked and incorrectly placed outside of the sterile barrier and not subjected to EO sterilization per kit specifications.

Ventilator's Internal Flow transducer cable connector may disconnect from internal board, potentially resulting in system reboot and interruption of ventilation therapy.

Unreliable wireless roaming behavior of Smart-hopping 1.0 wireless clients during transport when connecting to Smart-hopping 2.0 infrastructure, resulting in loss of connectivity to the central monitoring system (PIC iX).

Reports of problems with product being difficult to remove from patient and leaving adhesive residue on patient's skin.

The product is defective due to insufficient UV curing of the hydrophilic coating which is present on the outer surface of the distal segment of the microcatheters and raised ridges on nitinol sleeves due to laser cutting misalignment.