Analyzer, Chemistry (photometric, Discrete), For Clinical Use

Beckman Coulter DxC 500i Clinical Analyzer Modules using software version 1.5 or lower:

a software defect in which the Parameter Package (PP) import logic overwrites all predefined calculated test rules, including those previously modified by the user, upon import of a new Parameter Package version. As a result, usercustomized calculated test rules revert silently to their default expressions, potentially generating erroneous patient test results without an explicit error notification. The issue affects instruments running software version 1.5 or lower and only occurs when a new Parameter Package is imported to a system that already has an existing Parameter Package onboard; new installations are not affected.

Beckman Coulter DxC 500 AU Clinical Analyzer Modules using software version 1.5 or lower:

a software defect in which the Parameter Package (PP) import logic overwrites all predefined calculated test rules, including those previously modified by the user, upon import of a new Parameter Package version. As a result, usercustomized calculated test rules revert silently to their default expressions, potentially generating erroneous patient test results without an explicit error notification. The issue affects instruments running software version 1.5 or lower and only occurs when a new Parameter Package is imported to a system that already has an existing Parameter Package onboard; new installations are not affected.

cobas pro integrated solutions with cobas c 503 analytical units:

Software defect, which allows the system to accept erroneous, non-monotonous calibrations for Spline-type assays. Cobas pro integrated solutions is an automated analyzer, intended for running qualitative, semi-quantitative and quantitative clinical chemistry and immunochemistry assays, as well as ion-selective measurements. When an erroneous calibration is active, the instrument fails to calculate new values and instead repeats the last successfully calculated result from any Spline-type assay for all subsequent measurements, leading to identical and erroneous patient and QC results. The defect could lead to patients receiving erroneous lab results, which could result in a remote risk of serious adverse health consequences. The following assays use spline type calibration and are affected by this issue: Cystatin C Gen.2, Ferritin Gen.4, Lipoprotein (a) Gen. 2, Lipoprotein (a) molarity, Vancomycin Gen.3, Kappa Free Light Chains Partner Channel, Lambda Free Light Chains Partner Channel, and fCAL turbo Partner Channel.

Beckman Coulter UniCel Dxl 600, Part numbers: A71460, A71461, A30260; Immunoassay Method, Troponin Subunit

Beckman Coulter has determined that, due to a potential communication issue, the analyzers listed above may not successfully restart following a standard shutdown, even after multiple attempts. If this issue occurs, the instrument will be unable to complete initialization and transition to Ready mode and the instrument will not process patient samples, QCs or calibrators. This causes delayed results.

Beckman Coulter UniCel Dxl 800, Part numbers: 973100, A71456, A71457, A25288; Immunoassay Method, Troponin Subunit

Beckman Coulter has determined that, due to a potential communication issue, the analyzers listed above may not successfully restart following a standard shutdown, even after multiple attempts. If this issue occurs, the instrument will be unable to complete initialization and transition to Ready mode and the instrument will not process patient samples, QCs or calibrators. This causes delayed results.

Alinity ci-series System Control Module (SCM), REF: 03R70-01, 03R70-20

Abbott Laboratories is recalling their Alinity ci-series System Control Module, a chemistry/immunoassay anayzer, by correction. The reason for the recall is potential performance issues found in the Alinity ci-series System software versions 3.6.1. and lower that could lead to erroneous results for multiple analytes. The issue was identified by Abbott during the internal testing of complaint investigations.

Access 2 Reaction Vessels, individual, disposable, plastic tubes used to process patient, quality control and calibration samples on the Access 2 Immunoassay sy

It has been determined that certain lots of Access 2 Reaction Vessels may contain manufacturing deformities. The bottom (round end) of the Reaction Vessel may have a small protrusion or hair like deformity. This could cause causing instrument errors (e.g., pipetting, rake, wash carousel errors) that could delay patient results.

Beckman Coulter UniCel DxI 600, Part Numbers: A71460, A30260; Photometric Chemistry Analyzer

An internal investigation has determined that due to defective sub-components within the gantry assembly, a z-axis CAD movement motion error may occur and cause an analyzer to enter a Not Ready or Paused state, leading to a delay in obtaining results.

Beckman Coulter UniCel DxI 800, Part Numbers: 973100, A71456; Photometric Chemistry Analyzer

An internal investigation has determined that due to defective sub-components within the gantry assembly, a z-axis CAD movement motion error may occur and cause an analyzer to enter a Not Ready or Paused state, leading to a delay in obtaining results.

UniCel DxI 800 Access Immunoassay Analyzer, Part Number 973100

Beckman Coulter has identified that the UniCel DxI 600/800 systems with linear slide PnP gantries running software versions 5.7 and up faced incorrect PnP X-motor current settings where the PnP X-motor current incorrectly resets to 1.5A (instead of the required 2.0A) because the software overwrites the factory setting during installs or upgrades. This anomaly causes increased PnP motion errors which could lead to delays in reporting patient sample results if unnoticed.