GE Cytiva Typhoon FLA 9500 Fluorescence Laser Scanner Biomolecular Imager

The GE Cytiva Typhoon FLA 9500 is a precision fluorescence laser scanner and biomolecular imager designed for advanced life science and biotechnology research applications such as gel imaging, phosphorimaging, and chemiluminescent detection. It supports multiple sensitive detection modes including fluorescence, phosphorimaging, digitization, and chemiluminescence, making it a versatile instrument widely used in molecular diagnostics, bioprocessing analytics, and synthetic biology research workflows.

Key technical specifications include:

• Excitation wavelengths: 473 nm (blue LD laser), 532 nm (green SHG laser), and 635 nm (red LD laser) for multiplex fluorescence detection.
• Filters provided: LPG (O575), LPB (Y510), BPG1 (570DF20), LPR CH2 (R665) enable precise spectral separation for diverse fluorophores.
• Scanning area: Large 40 x 46 cm capacity accommodates gels, membranes, plates, and phosphor screens.
• Scan resolution: Pixel sizes available at 10, 25, 50, 100, and 200 µm, with a pre-scan at 1000 µm, suitable for sensitive protein and nucleic acid gel analysis.
• Imaging quality: 16-bit depth combined with a dynamic range spanning 5 orders of magnitude ensures accurate quantitation of signals from weak to strong intensity, critical for molecular cloning and biomanufacturing validation.
• Interchangeable scan stages: Includes fluor stage, phosphor stage, multi-stage with titer plate plugin, and LF glass plate stage to support varied sample formats.

The system features robust scanning mechanics for consistent reproducibility and low background noise, essential for high-sensitivity fluorescence and chemiluminescence assays in clinical diagnostics and biomedical engineering. The included Dell laptop with Typhoon FLA 9500 Software v1.1 enables full software control of scanning parameters, image capture, and data analysis.

This biomolecular imager is an essential tool for researchers in biotechnology fields requiring detailed fluorescence imaging and phosphor analysis, such as gene editing outcome verification, protein expression monitoring, and radiolabeled sample visualization. Its wide adoption in biopharmaceutical production pipelines highlights its reliability and imaging precision.

The instrument is pre-owned but fully serviced and verified by expert technical teams to meet stringent performance standards. It comes with warranty, remote installation support, training options, and comprehensive after-sales technical assistance. Shipping is carefully managed with professional packing tailored for fragile scientific equipment.

Primary Keywords: fluorescence laser scanner, biomolecular imager, phosphorimager, fluorescence gel scanner, chemiluminescence detector Long-tail Keyword Phrases: high-resolution biomolecular imaging system, laser-based fluorescence scanner for biotechnology, essential for molecular cloning workflows, widely adopted in synthetic biology research, critical in biopharmaceutical production pipelines, versatile imaging system for clinical diagnostics and biomedical engineering, multi-mode gel and membrane imaging instrument.

This model is a cornerstone in laboratories focusing on fluorescence analysis, live-cell imaging assay validation, and radiolabeled sample quantification, supporting a broad range of biotechnology and molecular biology research domains.