Euromex Oxion Inverso OX.2453-PLF Trinocular Inverted Fluorescence Microscope with sCMEX-20 Camera

The Euromex Oxion Inverso OX.2453-PLF is a high-performance trinocular inverted fluorescence microscope designed for advanced biological imaging and fluorescence analysis, widely used in molecular diagnostics, live-cell imaging, and bioprocessing workflows.

• Optical system: Features DIN HWF Plan 10x/22 mm eyepieces and a trinocular 45° angled head with adjustable interpupillary distance (54–75 mm) for comfortable observation and camera integration.
• Objectives: Includes LPlan 4x/0.13, Plan Fluor 10x/0.30, Plan Fluor 20x/0.45, and Plan Fluor 40x/0.65 objectives optimized for multi-spectral fluorescence with high numerical apertures, enhancing resolution for synthetic biology and molecular cloning research.
• Stage: Robust 50 x 230 mm stage with coaxial mechanical 120 x 78 mm X-Y control for precise sample positioning, critical in biomedical engineering and cell imaging applications.
• Condenser: N.A. 0.30 numerical aperture condenser with iris diaphragm and 72 mm working distance, suitable for uniform illumination and enhancing contrast in fluorescence microscopy.
• Focus: Coaxial coarse and fine focus with 25 mm travel and 2 μm precision, incorporating friction adjustment to maintain focus stability during long-term cell culture observations.
• Illumination: Combines a transmitted 5 W LED with adjustable intensity powered by an internal 100–240 V supply and a reflected 100 W HBO mercury vapor lamp with UV protection, supporting fluorescence excitation in blue, green, and UV spectra with included filters (OX.9745, OX.9746, OX.9747). These features support critical fluorescence assays in molecular diagnostics and biomanufacturing.
• Camera: Integrated sCMEX-20 digital camera with 20 MP resolution, 1-inch sensor, and pixel size of 2.4 x 2.4 µm. Offers multiple resolutions up to 5440 x 3648 pixels, exposure times from 0.264 to 15000 ms, and frame rates of 15, 50, and 60 fps, enabling high-sensitivity imaging and 16-bit grayscale conversion for quantitative fluorescence measurements. Dynamic range of 66.3 dB and signal-to-noise ratio of 41.74 dB provide excellent image quality for neuroscience and synthetic biology research.
• Color reproduction: 36-bit depth ensures accurate color fidelity crucial for multi-fluorophore experiments and complex cell imaging studies.

This microscope system is critical in biopharmaceutical production pipelines and biotechnology research, combining precise optical components with advanced digital imaging technology to facilitate molecular biology workflows and fluorescence-based live-cell imaging investigations.