Diasorin Luminex FlexMAP 3D IVD Multiplexing System - 2024 Model

The Diasorin Luminex FlexMAP 3D IVD Multiplexing System is a state-of-the-art flow-based bead reader designed for complex multiplex immunoassays and biomarker analysis, essential for molecular diagnostics, bioprocessing, and synthetic biology research. Released in 2024, this system supports simultaneous detection of up to 500 unique analytes per well using advanced xMAP bead-based technology, making it widely adopted in biotechnology laboratories requiring high-throughput and precise data acquisition.

Key technical features include:

• Dual-laser system: Reporter laser at 532 nm and classification laser at 638 nm for precise bead classification and sensitive fluorescence detection.
• Detectors: Photomultiplier tube (bandwidth 565–585 nm) plus avalanche photodiodes with temperature compensation ensure high signal fidelity.
• Microsphere multiplexing: Discriminates 1–500 unique xMAP microspheres within microtiter plates (96 or 384 wells), enabling expansive multiplex panel assays.
• Dynamic range: 4.5 logarithmic units providing robust quantitative capability for biomarker validation and gene expression studies.
• Sample handling: Automated fluidics with dual syringes allow sample volumes of 10–200 µL at a 2 µL/sec injection rate, supporting fast processing (~20 min/96-well, ~75 min/384-well).
• Compact footprint: Dimensions of 58.4 x 65.3 x 45.7 cm; total weight approx. 91 kg including accessories, suitable for benchtop placement in biopharmaceutical and clinical labs.

The system is bundled with a computer running Xponent v4.3 control software, communication and power cables, and accessories necessary for immediate deployment. It includes automated calibration and validation routines, ensuring reliable, reproducible results critical in molecular cloning workflows, vaccine response studies, and immunoassay development.

Additionally, this IVD-capable instrument is service-certified and verified for full functionality by technical experts, including fluidics cleaning, laser alignment, sheath pressure regulation, and performance verification tests. It is applicable to clinical diagnostics post-validation and supports high-throughput multiplex cytokine profiling, biomarker discovery, and gene expression analysis workflows in biotechnology and biomedical engineering fields.

*This instrument supports sustainability efforts by extending lifecycle utility through pre-owned acquisition and validated performance, ideal for academic institutions, biotech companies, and diagnostics labs requiring reliable multiplexed assay platforms.*