Serion Immunomat Automated ELISA Analyzer with Integrated Incubation and Barcode Scanning

The Serion Immunomat ELISA Analyzer is a high-throughput automated immunoassay system optimized for molecular diagnostics and biotechnological applications such as molecular cloning workflows and synthetic biology research. Designed to efficiently process up to 7 microtiter plates at room temperature, it integrates precise liquid handling, incubation, and optical detection functionalities essential for bioprocessing and molecular diagnostics labs.

• Sample and Reagent Handling: Supports up to 100 sample tubes (max. 16 mm diameter) and SERION reagent racks. Includes 4 dilution plates with up to 5 tip racks for disposable tips ranging from 10 to 1000 µl volume.
• Pipetting Accuracy and Precision: Coefficients of variation (CV) are maintained at <15% for 25 µl and <5% for 100 µl volumes, meeting stringent standards required in biopharmaceutical production pipelines.
• Incubation System: Features 4 independent chambers with agitation and tight temperature control between RT +7 °C to 50 °C (±2 °C), supporting sensitive enzymatic reactions and antigen-antibody binding assays.
• Optical Detection: Equipped with a spectral range of 400–700 nm, up to 8 filter positions (standard filters at 405, 450, 620 nm), and a dynamic optical density range of 0.0 to 3.0 OD ensuring accurate quantification in immunoassays.
• Barcode Integration: Laser barcode scanner enables traceability of samples, reagents, and plates, crucial for clinical diagnostics and biomanufacturing quality control.
• Operational Efficiency: Fast readout time of <15 seconds per 96-well plate, reducing throughput time for high-volume testing scenarios.
• Additional Features: Automated fluid level alarms, residual volume minimized to <2.5 µl to reduce waste, and included software for data acquisition and analysis compatible with advanced research workflows.

This instrument is widely adopted in clinical diagnostics, biomedical engineering, and neuroscience laboratories where precise ELISA automation and reproducible results are paramount. Its combination of automated liquid handling, incubation versatility, and spectral detection makes it a critical tool in biotechnological research and molecular biology studies.