Olympus BX51 Fluorescence Upright Trinocular Microscope for Clinical and Research Imaging

The Olympus BX51 fluorescence microscope is a high-resolution upright microscope engineered for clinical diagnostics and advanced research in biotechnology, cell imaging, and molecular biology. It integrates the UIS2 (Universal Infinity System) optical system, ensuring bright, high-contrast images essential for fluorescence analysis and live-cell imaging applications.

Key features include:

• Trinocular head compatible with camera adapters for digital imaging and documentation
• 6-position fluorescent turret with two standard filter cubes (U-MF2 and U-MWBV2), enabling versatile excitation and emission wavelength selection for multi-fluorophore experiments
• A set of six plan fluorite objectives (4x/0.13, 10x/0.40, 20x/0.50, 40x/0.75, 100x/1.30 oil immersion), optimized for bright-field and fluorescence imaging
• Right-handed mechanical stage with precise slide holder for stable sample positioning during neuroimaging and bioprocessing workflows
• Abbe condenser optimized for fluorescence illumination, alongside built-in daylight blue and neutral density filters to modulate excitation intensity
• Illumination sources include a mercury lamphouse with power supply plus a 12V 100W halogen lamphouse with spare bulbs, supporting diverse fluorescence techniques
• Compatible with modern LED light guide options from industry leaders such as CoolLED, Excelitas, and Lumencor, facilitating energy-efficient excitation in synthetic biology and molecular diagnostics

This Olympus BX51 microscope is widely employed in clinical diagnostics, biomedical engineering, and biomanufacturing, offering critical capabilities for gene editing visualization, synthetic biology assays, and biopharmaceutical production pipelines. The system accommodates customization of objectives and components to precisely tailor imaging configurations for complex biological sample analysis.

Serviced by an Authorized Olympus Microscope Technician, this instrument ensures reliability and performance for rigorous scientific research and clinical applications requiring fluorescence microscopy.