B-380 Trinocular Brightfield Microscope with 1000x Magnification and PLAN Objectives

The B-380 Trinocular Brightfield Microscope is engineered for high-resolution imaging in biomedical engineering, clinical diagnostics, and molecular biology research. This model features a trinocular head (fixed 50/50 split), 30° inclined and 360° rotatable, allowing simultaneous observation and camera integration essential in fluorescence analysis and live-cell imaging workflows.

Key specifications include:

• Interpupillary distance: Adjustable from 48 to 75 mm for user comfort.
• Dioptric adjustment: Located on the left eyepiece tube to optimize optical clarity.
• Eyepieces: Widefield WF10x/20 mm with a high eye-point, secured by screws, supporting extended observation sessions.
• Objectives: Quintuple revolving nosepiece with ball bearing rotation housing PLAN objectives:
• 4x/0.10 N-PLAN
• 10x/0.25 N-PLAN
• 40x/0.65 N-PLAN
• 100x/1.25 N-PLAN oil/water immersion with anti-fungal coating—critical for molecular diagnostics and synthetic biology microscopy applications.
• Specimen stage: Double layer rackless mechanical stage measuring 150x139 mm with a 75x33 mm X-Y travel range, delivering precise specimen positioning necessary in bioprocess monitoring and cell imaging.
• Focusing mechanism: Coaxial coarse and fine focusing with adjustable tension and limit stop to prevent objective-specimen contact, ensuring sample integrity.
• Condenser: Abbe condenser with N.A. 1.25 and objective-coded iris diaphragm, focusable and centerable to provide optimal contrast in brightfield imaging.
• Illumination: Fixed Koehler type illumination employing the X-LED3 with 3.6 W white LED (6300K) and brightness control, powered by a versatile multi-plug 100-240 Vac/6 Vdc external power supply—beneficial for extended biomanufacturing and gene editing research sessions requiring stable illumination.

This brightfield microscope is widely used in biotechnology research labs for detailed cell morphology studies, essential in molecular cloning workflows and biopharmaceutical production pipelines. The integrated trinocular head and precise mechanical components make it an indispensable tool for advanced microscopy applications in cell biology and synthetic biology research domains.