BD FACSLyric™ Flow Cytometer Integrated with the BD FACSDuet™ Sample Preparation System

The BD FACSDuet™ System answers the growing needs of laboratories to handle different types and sizes of specimen tubes and supports hospitals’ needs for consolidation and testing centralization.  

The BD FACSDuet™ Sample Preparation System delivers the flexibility that is required by supporting nineteen (19) different types of blood collection tubes from different manufacturers, including BD Vacutainer^®, Sarstedt S-Monovette™, Greiner and Streck Tubes. 

Specimen management is driven by tube adaptors. Seven (7) tube adaptors are available; they are barcoded and color coded for easy identification; they guarantee accurate tube piercing and sample volume dispensing. 

Up to 40 specimen tubes can be accommodated at any given time in four racks holding 10 specimens each, driving workflow efficiency and throughput. Two types of specimen racks are available, one of which is specifically designed for pediatric tubes.

Specimen traceability and automated worklist creation are guaranteed by five different barcodes on the specimen rack, identifying: (1) rack, (2) tube position, (3) empty position, (4) adaptor, (5) specimen.

Automated barcode scanning during rack insertion enables

• Patient specimen traceability
• Pipetting management
• Retrieving patient and assay information from the laboratory information system (LIS) for automated worklist creation

Worklist traceability is enabled by scanning the carrier barcode, which is associated to a specific worklist and defined specimens.

Secondary tubes are loaded in the BD FACSDuet™ Sample Preparation System onto 30 or 40 tube sample carriers, compatible with the BD FACSLyric™ Flow Cytometer.

Barcoded secondary tubes are scanned to ensure sample traceability and association to the specimen and the worklist.

Up to three carriers can be loaded at the same time onboard the BD FACSDuet™ Sample Preparation System, allowing for increased sample throughput.

Refer to the technical specifications for more information.

The system enables a wide variety of reagent vials with the use of vial adaptors.

In addition to the barcode on the antibody vial (4), the reagent rack has three barcodes: identifying the rack (1); identifying the reagent position (2); and identifying the empty position (3). Barcodes on reagent racks and antibody vials drive reagent traceability, efficient antibody management and reduction of reagent waste.

Reagent cocktailing functionality allows on-board automated antibody cocktail preparation, eliminating the risk of errors from manual pipetting and driving automated recording of all used antibodies for easier tracking and auditing.

Cap racks are available to avoid misplacing caps and antibody cross-contamination.