B-510 Trinocular Brightfield Microscope with IOS PLAN Objectives and 360° Rotatable Head

The B-510 Trinocular Microscope is a precision optical instrument designed for advanced brightfield microscopy applications, widely used in molecular diagnostics, cell imaging, and biotechnology research. It features a trinocular head with a fixed 50/50 photo port, inclined at 30° and fully rotatable 360°, which supports simultaneous observation and high-resolution digital imaging critical in bioprocessing and synthetic biology workflows.

Key technical specifications include:

• Optical System: Equipped with IOS W-PLAN strain-free objectives (4x/0.10, 10x/0.25, 40x/0.65, 100x/1.25 oil immersion), all treated with anti-fungus coating ensuring longevity in humid lab environments.
• Eyepieces: Widefield WF10x with high eye-point and rubber eye cups for ergonomic viewing; main head eyepiece diameter 22 mm and additional head 20 mm.
• Mechanical Stage: Large double-layer rackless mechanical specimen stage (233×147 mm) with 78×54 mm X-Y travel range, facilitating precise sample positioning for live-cell imaging and molecular cloning analysis.
• Focusing Mechanism: Coaxial coarse and fine focusing with adjustable tension and a limit stop to avoid contact damage between objectives and specimens, ensuring reliability in repetitive biomanufacturing microscopy tasks.
• Condenser: Swing-out condenser with numerical aperture 0.2/0.9, iris diaphragm, focusable and centerable, optimized for Koehler illumination to enhance contrast and resolution in fluorescence analysis and clinical diagnostics.
• Illumination: Full Koehler illumination using an X-LED3 3.6 W white LED (6,300K) with adjustable brightness, powered by a multi-plug 100–240 Vac/6Vdc external supply, providing stable, flicker-free lighting essential for detailed fluorescence studies and biomedical engineering research.

This model is essential for biotechnology laboratories requiring high-resolution brightfield microscopy with robust imaging capabilities. Its integrated photo port and ergonomic design make it popular among molecular biology researchers conducting gene editing verification, biopharmaceutical production monitoring, and live-cell analysis.