B-150 Monocular Brightfield Microscope with 7" Monitor and Rechargeable Battery, 400x Magnification

The B-150 monocular brightfield microscope offers precise optical performance tailored for biotechnology, molecular diagnostics, and life science research. Featuring a 30° inclined monocular head with 360° rotation, it supports ergonomic viewing and sample analysis. The system includes WF10x/18 mm eyepiece secured by screw and a quadruple ball-bearing revolving nosepiece accommodating PLAN objectives with anti-fungus treatment: 4x/0.10, 10x/0.25, and 40x/0.65, enabling up to 400x magnification essential for cellular imaging and bioprocessing workflows.

The microscope incorporates a mechanical stage (125x116 mm) with X-Y movement range of 70×30 mm and vernier scales on both axes, offering precise specimen positioning with 0.1 mm accuracy—critical for detailed fluorescence analysis and synthetic biology applications. Focusing is controlled by a coaxial coarse and fine mechanism with a limit stop to protect objectives and samples, complemented by adjustable coarse knob tension.

Illumination is provided by a white 1 W X-LED1 LED light source with adjustable intensity and color temperature fixed at 6300 K, supporting clear brightfield visualization. The condenser is an Abbe N.A. 1.25, pre-centered and equipped with an iris diaphragm for controlled contrast and resolution in biomedical engineering studies.

Power is sustained by a Li-Ion rechargeable battery for prolonged lab use, supplemented with a multi-plug 100-240 Vac/5 Vdc external power supply, ensuring versatility in various laboratory environments. The included 7" monitor with built-in camera enables real-time digital image capture and analysis, enhancing workflows in molecular cloning, clinical diagnostics, and biopharmaceutical production pipelines.

This versatile microscope system is widely adopted in biotechnology and cell imaging research, combining optical precision with digital integration, making it essential for advanced live-cell imaging and detailed sample investigation.