DxC 500 AU Clinical Chemistry Analyzer, REF C63520 is an automated chemistry analyzer that measures analytes in samples, in combination with appropriate reagents, calibrators, quality control (QC) material and other accessories. This system is for in vitro diagnostic use only.
Class I - DangerousWhat Should You Do?
- Check if you have this product: Catalog Number: C63520 UDI-DI code: 14987666545065 Serial Numbers: 2023070010 2023060005 2023090015 2023070009 2023080011 2023080012 2023100019 2023100018 2023100020 2024010037 2024010036 2023110022 2024010038 2023090016 2024020040 2024020041 2024020039 2024020043 2024020042 2023110023 2024020045 2024020046 2024010024 2024010025
- Do not eat it: Even if it looks and smells fine, do not consume this product.
- Throw it away or return it: You can return the product to the store for a full refund.
- Seek medical attention if needed: If you've consumed this product and feel unwell, contact your doctor immediately.
- Report problems: Report any issues to the FDA's Safety Reporting Portal.
⚠️ Emergency: If you experience severe symptoms after consuming this product, call 911 or Poison Control at 1-800-222-1222.
Recall Details
- Company:
- Beckman Coulter Mishima K.K.
- Reason for Recall:
- Due to a software issues, after the instrument processes 250 racks cumulatively, any subsequent racks with samples requiring rerun/reflex will be held in the Sample Handler's Buffer area and and error code "9000" will be reported. This issue may cause a delay of results.
- Classification:
- Class I - Dangerous
Dangerous or defective products that predictably could cause serious health problems or death.
- Status:
- ongoing
Product Information
Full Description:
DxC 500 AU Clinical Chemistry Analyzer, REF C63520 is an automated chemistry analyzer that measures analytes in samples, in combination with appropriate reagents, calibrators, quality control (QC) material and other accessories. This system is for in vitro diagnostic use only.
Product Codes/Lot Numbers:
Catalog Number: C63520 UDI-DI code: 14987666545065 Serial Numbers: 2023070010 2023060005 2023090015 2023070009 2023080011 2023080012 2023100019 2023100018 2023100020 2024010037 2024010036 2023110022 2024010038 2023090016 2024020040 2024020041 2024020039 2024020043 2024020042 2023110023 2024020045 2024020046 2024010024 2024010025
Official Source
Always verify recall information with the official FDA source:
View on FDA.govFDA Recall Number: Z-2691-2024
Related Recalls
CHEMISTRY ANALYZER AU5800, REF: B96697, B96698, B23279, B23280, B23281
Beckman Coulter Mishima K.K.
A delay in results may occur. When clinical chemistry analyzer calibration monitor with PC installed with Microsoft SQL Server 2022 Express is open beyond15 minutes may lead to: Reagent Blank and calibration databases not opening errors: CAL History DB Open Error.., RB History DB Open Error..; system will stop analyzing, firm service must visit to apply software solution; may lead to delay in diagnosis and/or patient treatment
DxC 700 AU, REF: B86444, B86446
Beckman Coulter Mishima K.K.
A delay in results may occur. When clinical chemistry analyzer calibration monitor with PC installed with Microsoft SQL Server 2022 Express is open beyond15 minutes may lead to: Reagent Blank and calibration databases not opening errors: CAL History DB Open Error.., RB History DB Open Error..; system will stop analyzing, firm service must visit to apply software solution; may lead to delay in diagnosis and/or patient treatment.
Sample probe sucks a sample dispensed into a tube or cup and discharges the appropriate amount into a cuvette. Lot 178713114 - 179433670
Beckman Coulter Mishima K.K.
A manufacturing defect in the sample probe (S probe). The corners of the tip of the defective S probe are rounded and chamfered, which can prevent the proper formation of the "air layer" required for normal dispensing. The air layer is the air space that separates the cleaning water filled in the probe from the sample sucked into the probe. Maintaining this air space prevents the cleaning water and the sample from mixing. In the defective S probe, the "air layer" was not properly formed, causing the cleaning water and the sample to mix diluting the sample. As a result, the sample mixture dispensed into the cuvette has a lower concentration than the original sample, and the analyte concentration measured is lower than expected results.