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

The B-380 Trinocular Brightfield Microscope is engineered for advanced optical microscopy used in biomedical engineering, molecular diagnostics, and synthetic biology research. It features:

• Observation Mode: Brightfield imaging ideal for stained tissue slides and cell visualization.
• Trinocular Head: Fixed 50/50 light split with 30° inclination and 360° rotation, facilitating simultaneous binocular viewing and camera attachment for imaging or documentation.
• Interpupillary Distance: Adjustable from 48 to 75 mm for ergonomic viewing.
• Eyepieces: Widefield 10x/20 mm high eye-point eyepieces secured by screws to reduce misalignment.
• Objective Lenses: IOS N-PLAN series includes 4x/0.10, 10x/0.25, 40x/0.65, and 100x/1.25 (oil/water immersion) objectives—all with anti-fungal treatment to extend durability.
• Nosepiece: Quintuple revolving nosepiece on ball bearings allows rapid, precise objective changes during sample analysis.
• Mechanical Stage: Double-layer rackless stage (233×147 mm) with 78×54 mm X-Y travel for precise specimen positioning.
• Focusing Mechanism: Coaxial coarse and fine focusing with adjustable tension and limit stop feature, preventing objective-to-specimen contact, critical for high-resolution imaging.
• Condenser: Abbe condenser with numerical aperture (N.A.) 1.25 includes objective-coded iris diaphragm, focusable and centerable for optimal light control.
• Illumination: Fixed Koehler illumination system with X-LED3 3.6W white LED (6300K) featuring brightness control ensures uniform, stable lighting for enhanced contrast and resolution during fluorescence analysis or histopathology.

This microscope is widely used in biotechnology fields such as bioprocessing and gene editing workflows, being well-suited for live-cell imaging, molecular cloning, and biopharmaceutical production pipelines requiring precision optical instrumentation. Its trinocular design supports advanced imaging applications, allowing seamless integration with digital cameras for fluorescence analysis and documentation in clinical diagnostics and cell biology research.