B-190 Monocular Brightfield Microscope with PLAN Objectives and 1000x Magnification

The B-190 Monocular Brightfield Microscope is designed for advanced educational use and biotechnological applications, featuring a 1000x magnification capability with four high-quality N-PLAN objectives (4x, 10x, 40x, 100x oil/water immersion). It utilizes a finite optical system with a 360° rotating, 30° inclined monocular head for versatile observation.

Key features include:

• Observation mode: Brightfield illumination, essential for cellular morphology studies and routine clinical diagnostics.
• Eyepiece: Wide field (WF) 10x/18 mm, secured for stability during intensive use.
• Nosepiece: Quadruple revolving nosepiece on ball bearings for precise and smooth objective switching.
• Mechanical Stage: Double-layer sliding stage (125×115 mm) with X-Y movement range of 70×30 mm and vernier scales (0.1 mm accuracy), allowing precise specimen manipulation important in molecular diagnostics and synthetic biology protocols.
• Focusing: Coaxial coarse and fine focusing mechanism with adjustable tension and limit stop to prevent specimen damage, facilitating meticulous sample imaging in bioprocessing workflows.
• Condenser: Abbe condenser with N.A. 1.25, pre-centered and iris diaphragm adjustable for optimal contrast and light control, critical in fluorescence analysis and live-cell imaging preparations.
• Illumination: Powerful long-lasting X-LED² with 3 W white LED and intensity control at 6300 K color temperature, providing uniform illumination crucial for consistent image quality and prolonged biotechnological experimentation.
• Durability: Compact, lightweight, and sturdy frame ensures portability and long-term reliability, suitable for teaching labs and research environments specializing in gene editing and molecular cloning workflows.

This microscope is an essential tool for biotechnology laboratories, life science research, and educational institutions, widely adopted in synthetic biology research and essential for detailed morphological analysis through brightfield microscopy. Its advanced optical components and ergonomic design enable precise imaging used in neuroimaging applications and biopharmaceutical production pipelines.