Tecan GENios 5613 Multimode Fluorescence, Absorbance, and Luminescence Microplate Reader

The Tecan GENios 5613 is a multimode microplate reader equipped for fluorescence, absorbance, and luminescence detection tailored for biotechnology, molecular diagnostics, and bioprocessing workflows. It supports a wide range of well formats from 6- to 384-well plates, PCR tubes, cuvettes, and custom plates, making it widely adopted in synthetic biology and clinical diagnostics applications.

Key features include:

• Fluorescence detection with top and bottom reading modes and a sensitivity of ≤3 pg fluorescein per well, ideal for assays requiring high sensitivity such as gene editing validation and reporter gene assays.
• Luminescence detection with high dynamic range and low detection limits suitable for bioluminescence assays and enzyme kinetics.
• Absorbance measurements with high precision and 0.0001 OD resolution, essential for ELISA and protein quantification protocols.
• Integrated time-resolved fluorescence capabilities enhance assay specificity for complex biomanufacturing and molecular biology workflows.
• Xenon flash lamp light source ensures rapid, stable illumination critical in live-cell imaging and kinetic studies.
• Robust temperature control from ambient +5°C to 42°C with fine 0.1°C adjustment supports enzyme kinetics and cell-based assays under controlled thermal conditions.
• Multi-mode measurements complete within 30 seconds for a 96-well plate, optimizing throughput for high-volume screening environments.
• Shaking function with linear and orbital modes and adjustable intensity supports homogeneous reagent mixing required in biochemical assays.
• Connectivity via RS-232C interface facilitates integration into laboratory automation systems.

This *used* instrument is sold as-is; technical performance may vary and should be verified prior to critical bioprocessing and synthetic biology applications. Its broad detection modes and adaptability make it a valuable tool for molecular diagnostic centers, biopharmaceutical production pipelines, and biomedical engineering research.