All Recalls

Affected product may not perform as expected; the amalgam powder may not triturate correctly and the physical properties (i.e. strength, compression, working time, etc.) will be adversely affected.

There is a possibility of reproducibility, accuracy, and/or QC failures in antibiotic susceptibility testing (AST) for H. influenzae. This may cause product discard, delayed results, or additional adverse diagnostic outcomes, such as a delay in diagnosis, the selection of inappropriate antibiotics, or extended duration of antibiotic exposure and the treatment process.

Cardinal Health is expanding their previous product correction actions to a product removal of all sizes of Cardinal Health brand Monoject sterile Syringe Luer-Lock (1, 3, 6, 12, 20, 35, and 60 mL) and Cardinal Health brand Monoject sterile Enteral Syringes with the ENFit connection (1, 3, 6, 12, 35, and 60 mL) due to a change in manufacturing and rebranding efforts.

There are potential performance issues found in the DxI 9000 Access Immunoassay Analyzer, including: 1) Access Ultrasensitive Insulin users who configure SI units (pmol/L) applies an incorrect conversion factor; 2) System provides numerical results that are below the lowest reportable result if laboratory chooses to report assay results in units of measurement other than the defined default units; 3) A result of 0 incorrectly reported when the system utilizes an expression that utilizes non-numerical symbols (e.g., > or <) to derive a calculated test as part of result reporting; 4) Reserve volume is enabled and the assay LIS code is not the same as the assay Test ID. These issues could potentially lead to erroneous results or delay reporting results for multiple analytes.

Dual-articulating head rest may not stay in place or may fail to lock into position during a patient procedure which could result in an injury to the patient or a procedural delay.

The device has a grip detail (right angle latch) out of specification causing the bur to not adequately latch in the handpiece.

Nonconformities at their seal could potentially compromise the sterile barrier for affected products. Breach of sterile barrier could expose patients to pathogenic agents, resulting in the following potential harms: inflammation, infection, or sepsis.

Their is a potential for false positive results when using Pneumonia panel.

There is a possibility of reproducibility, accuracy, and/or QC failures in antibiotic susceptibility testing (AST) for H. influenzae. This may cause product discard, delayed results, or additional adverse diagnostic outcomes, such as a delay in diagnosis, the selection of inappropriate antibiotics, or extended duration of antibiotic exposure and the treatment process.

Some sensors may have a glucose oxidase (GOX) layer thickness outside of specification (5.5 to 9.2 ¿m). A non-conforming GOX layer thickness could impact sensor function (sensor glucose value) or loss of sensor function due to the sensor layer being too thin. The potential impact resulting from this issue ranges from user inconvenience to over/under delivery of insulin, possibly resulting in hyperglycemia or hypoglycemia, if the sensor glucose values are affected. The issue was identified by the manufacturing team during the execution of Filmetrics Measurement for a Guardian Sensor lot.

The listed lots of Cardinal Health Monoject Enteral Syringes with ENFit (6, 12, 35, 60 mL) have recognition and compatibility issues with certain syringe enteral feeding pumps. As a result, Cardinal Health recommends that they not be used with enteral syringe feeding pumps.

Cardinal Health is expanding their previous product correction actions to a product removal of all sizes of Cardinal Health brand Monoject sterile Syringe Luer-Lock (1, 3, 6, 12, 20, 35, and 60 mL) and Cardinal Health brand Monoject sterile Enteral Syringes with the ENFit connection (1, 3, 6, 12, 35, and 60 mL) due to a change in manufacturing and rebranding efforts.

Discoloration was identified along the delivery pusher which was attributed to corrosion of the hypotube. The material which caused the corrosion was identified as remnants of solder flux residue remaining on the hypotube component of the delivery pusher. Due to the location of the delivery pusher within the delivery system, it is possible for the discoloration to mechanically break off from the delivery pusher, leaving the potential for the material to flow through the delivery system (i.e. microcatheter), and into the patient vasculature causing foreign emboli.

The lower layer component of a sperm separation Kit does not match the certificate of analysis. The kit should contain lower layer (Lot: 0000020686, Shelf Life: 31 December 2024) but incorrectly may contain lower layer (Lot number 9925811106, Shelf Life: 30 November 2023).

Dual-articulating head rest may not stay in place or may fail to lock into position during a patient procedure which could result in an injury to the patient or a procedural delay.

There is a possibility of reproducibility, accuracy, and/or QC failures in antibiotic susceptibility testing (AST) for H. influenzae. This may cause product discard, delayed results, or additional adverse diagnostic outcomes, such as a delay in diagnosis, the selection of inappropriate antibiotics, or extended duration of antibiotic exposure and the treatment process.

Failed to meet the acceptance criteria for the seal integrity and/or package integrity testing for the Sterile Barrier Outer Pouch and the Protective Barrier Inner Pouch, compromising product sterility

There is a possibility of reproducibility, accuracy, and/or QC failures in antibiotic susceptibility testing (AST) for H. influenzae. This may cause product discard, delayed results, or additional adverse diagnostic outcomes, such as a delay in diagnosis, the selection of inappropriate antibiotics, or extended duration of antibiotic exposure and the treatment process.

Potential for a negative bias with quality control (QC) and patient sample results when using the Atellica CH Immunoglobulin M_2 (IgM_2) reagent.

Discoloration was identified along the delivery pusher which was attributed to corrosion of the hypotube. The material which caused the corrosion was identified as remnants of solder flux residue remaining on the hypotube component of the delivery pusher. Due to the location of the delivery pusher within the delivery system, it is possible for the discoloration to mechanically break off from the delivery pusher, leaving the potential for the material to flow through the delivery system (i.e. microcatheter), and into the patient vasculature causing foreign emboli.