Olympus BH Pol Polarizing Trinocular Microscope with Halogen Illumination and Rotating Stage

The Olympus BH Pol Polarizing Microscope is a precision optical instrument designed for advanced polarization microscopy applications, widely used in biotechnology, materials science, and clinical diagnostics. Equipped with a trinocular head, this microscope facilitates simultaneous observation and digital imaging, ideal for fluorescence analysis and live-cell imaging workflows.

Key features include:

• BH Stand foundation ensuring mechanical stability and vibration resistance
• Trinocular head for integration with camera systems, essential for digital documentation and image analysis
• Widefield 10x eyepieces offering clear visualization despite minor lens stains, suitable for general laboratory use
• Intermediate analyzer/Bertrand lens tube with 530 nm wave plate, critical for precise retardation measurements and enhancing contrast in anisotropic specimen observation
• Four-position centering nosepiece loaded with objectives: PO 10x, PO 20x, PO 40x, and high-index PO 100x oil immersion
• Rotating stage enabling accurate sample orientation, facilitating detailed examination of birefringent materials, vital in biomedical engineering and synthetic biology microscopy
• Flipout polarized condenser coupled with a rotating polarizer, providing advanced control over light polarization, enhancing contrast and resolution in molecular diagnostics and bioprocessing research
• 12V 50W halogen lamphouse with spare bulb included ensures stable, bright illumination for extended microscopy sessions
• Comes with line cord and dust cover to preserve optical components and ensure safe laboratory operation

This microscope has been fully serviced and calibrated by an authorized Olympus technician, guaranteeing reliable performance and precision optics for demanding research environments. Its combination of polarizing optics and trinocular design makes it an essential tool for researchers engaged in molecular cloning workflows, synthetic biology research, and other biopharmaceutical production pipeline investigations requiring detailed anisotropic sample analysis.