B-510 Trinocular Polarizing Microscope with Incident & Transmitted Koehler Illumination, 500x Magnification

The B-510 Trinocular Polarizing Microscope is designed for advanced microscopy applications in *biotechnology, molecular diagnostics,* and *materials research*. It features versatile observation modes including brightfield, transmitted and incident polarized light, and conoscopy for detailed birefringence and phase analysis.

Key technical specifications include:

• Illumination System:
• Incident light via X-LED8 with white 8 W LED (6300 K) and brightness control, incorporating a polarizer, rotating analyzer (0°–90° graduated scale), aperture, and field diaphragms.
• Transmitted light using Full Koehler illumination powered by X-LED³ white 3.6 W LED (6300 K) with brightness control.
• Optical Components:
• Strain-free IOS LWD W-PLAN POL objectives at 5x/0.12, 10x/0.25, 20x/0.40, and 50x/0.75 magnifications, all anti-fungus treated to support long-term use in humid lab environments.
• Bertrand lens for conoscopic/orthoscopic observations with swing-out design and centering mechanism.
• Tint plates (1st order red λ, λ/4, Quartz wedge) support detailed polarization studies vital in *synthetic biology* and *bioprocess monitoring*.
• Ergonomics and Mechanics:
• Trinocular head with fixed 50/50 light split, angled 30° and rotatable 360° for flexible eyepiece and camera use.
• Adjustable interpupillary distance (50–75 mm) with dioptric adjustment on the left eyepiece.
• Quadruple revolving nosepiece on ball bearings ensures precise objective centering.
• Rotatable specimen stage (145 mm diameter) with locking mechanism and 0.1 mm vernier scale accuracy for precise sample positioning during *cell imaging* and *molecular cloning workflows*.
• Coaxial coarse and fine focus system with adjustable tension and contact limit stop to protect specimens and optics.
• Condenser:
• Swing-out condenser with Numerical Aperture 0.2/0.9, iris diaphragm, focusable and centerable with rotating polarizing filter, supporting enhanced contrast and resolution in *live-cell imaging* and *fluorescence analysis*.

This microscope's comprehensive polarized light features and high-quality optics make it essential for advanced biomedical engineering, clinical diagnostics, and biopharmaceutical production pipelines. The trinocular configuration facilitates simultaneous observation and digital imaging, supporting modern documentation and analysis workflows in research and quality control laboratories.