Motic K-400P Binocular Stereo Microscope – CMO Infinity Optical System, 7.5X–50X Magnification, WF10X/23mm Eyepieces, Pole Stand
Motic K-400P Binocular Stereo Microscope – CMO Infinity Optical System, 7.5X–50X Magnification, WF10X/23mm Eyepieces, Pole Stand
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High-Resolution Infinity Optical System (CMO): Provides crisp, three-dimensional stereo images ideal for research, biology, and inspection work.
Versatile Magnification Range (6X–50X): Four-position drum changer offers fast switching between magnifications for flexible observation.
Ergonomic Binocular Head: 45° inclined viewing with interpupillary distance adjustment (54–76mm) ensures user comfort during long sessions.
Precision Focus Mechanism: Coarse focusing with adjustable tension and 49mm focusing stroke for smooth, controlled operation.
Optional Polarization & Darkfield Add-Ons: Expand imaging capabilities for advanced material and specimen analysis.
The Motic K-400P Binocular CMO Stereo Microscope delivers exceptional 3D optical clarity and versatility for advanced laboratory, research, and industrial applications. Built with Motic’s Common Main Objective (CMO) Infinity Optical System, this professional stereo microscope ensures superior image resolution, depth perception, and long working distance—making it ideal for life sciences, material inspection, and precision quality control.
Engineered for flexibility, the K-Series offers multiple configurations to suit diverse workflows. The K-400P features a binocular head, pole-type stand, and a 4-position drum magnification changer with 6X, 12X, 25X, and 50X objectives. The widefield 10X/23mm eyepieces and coarse focusing system with tension adjustment allow smooth, fatigue-free operation during extended observation sessions.
Optional darkfield and polarization accessories enhance imaging contrast for detailed surface analysis. With its durable metal construction, large 329×277mm base, and ergonomic 45° inclined viewing, the K-400P combines performance, comfort, and long-term reliability—perfect for educational, biomedical, and industrial settings.