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.

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.

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.

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.

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.

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.

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.

Wrong lead or percutaneous extension selected. Use of an incompatible lead or percutaneous extension will prevent the system from working as intended and may result in delay of surgery or need for surgical replacement of the product.

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.

Optima XE XPN ultracentrifuge rotors may contain a microstructure defect that can cause rotors to break into two or more pieces (bifurcate) during a centrifugation run, resulting in destruction of samples being processed. When used for in vitro diagnostic (IVD) sample preparation, rotor breakage may delay patient test results. Additionally, sample destruction may expose laboratory personnel to biohazardous materials.

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.

A software defect in which existing users who had previously configured and enabled the long-acting dose reminder feature in version 1.2.0 or earlier experienced failure of the long-acting dose reminder after updating their app to version 1.2.1. The long-acting dose reminder is an optional feature that, when enabled, triggers a notification at the scheduled time to remind users to take their long-acting insulin dose. The issue was caused by a type cast exception during database migration that occurs upon app update to version 1.2.1 causing a silent failure that prevented the creation of new alerts. Failure to receive the long-acting dose reminder may result in missed or delayed insulin doses, potentially leading to hyperglycemia. Conversely, if users are uncertain whether they took their dose due to the missing reminder, inadvertent duplicate dosing may occur, potentially resulting in hypoglycemia.

Lot B26043FM may include EDTA contamination which introduces potassium while chelating calcium in patient samples, leading to falsely elevated potassium (K+) and falsely decreased calcium (Ca++) results which have the potential to cause hyperkalemia.

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.

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.

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.