B-510 Trinocular 5-Head Brightfield Microscope with IOS PLAN Objectives, 1000x Magnification

The B-510 Trinocular Microscope is a high-precision optical instrument designed for advanced biological and biotechnological applications including molecular diagnostics, live-cell imaging, and biomedical research. Featuring a brightfield observation mode, this microscope supports detailed structural analysis at up to 1000x magnification using strain-free IOS W-PLAN objectives with anti-fungus treatment, essential for maintaining optical clarity in long-term bioprocessing workflows.

Key features include:

• Trinocular 30° inclined head with fixed 50/50 photo port, adjustable interpupillary distance (50–75 mm), and a dioptric adjustment on the left eyepiece for ergonomic viewing and enhanced fluorescence analysis.
• Five heads equipped with standard wide-field WF10x eyepieces (22 mm main head, 20 mm additional) optimized for high eye-point observation, suitable for delicate cellular imaging and gene editing research.
• Quintuple revolving nosepiece with ball-bearing rotation facilitates quick objective changes among IOS W-PLAN objectives—4x/0.10, 10x/0.25, 40x/0.65, and 100x/1.25 oil immersion—which deliver high-resolution imaging critical in synthetic biology and molecular cloning workflows.
• Double-layer rackless mechanical specimen stage (233×147 mm) with a precise 78×54 mm X-Y range for stable sample positioning during complex experimental protocols.
• Coaxial coarse and fine focusing mechanisms with adjustable tension and limit stops prevent specimen damage during extended microscopy sessions, supporting biomanufacturing quality control and clinical diagnostics.
• Swing-out condenser (N.A. 0.2/0.9) with iris diaphragm, focusable and centerable, paired with full Koehler X-LED3 illumination featuring a 3.6 W 6300K white LED and brightness control for uniform lighting ideal for fluorescence and brightfield imaging applications in biotechnology research.

This microscope is widely adopted in laboratories involved in neuroimaging, cell biology, and molecular biology, providing reliable optical performance and ergonomic design for complex imaging requirements in biopharmaceutical production pipelines and research environments.