The key advantages of this desktop laser metallurgical microscope include its dual lighting system (laser + LED), which provides uniform and stable illumination for different observation modes, and its multiple imaging modes (brightfield, darkfield, polarized light) that adapt to different metallographic sample types. The 12MP HD digital camera captures clear, high-resolution images, and the dedicated metallurgical analysis software can automatically measure grain size, phase composition, defect area, and other parameters, generating detailed analysis reports. The enclosed optical system prevents dust from entering the optical path, ensuring long-term stable imaging quality, and the mechanical sample stage allows precise positioning of samples, improving analysis efficiency and accuracy.
This desktop laser metallurgical microscope is equipped with a 532nm green laser and LED lighting, with a maximum magnification range of 50x to 1500x, and five objective lenses (5x, 10x, 20x, 50x, 100x oil immersion). It has a mechanical sample stage with a travel range of 75mm x 50mm, and a 12MP HD digital camera that captures high-quality images. The enclosed optical system effectively prevents dust from contaminating the optical components, ensuring stable imaging quality over long-term use. The device is powered by 110/220V AC, with overall dimensions of 380mm (W) x 550mm (D) x 400mm (H), and supports image export in JPG, PNG, and PDF formats, compatible with Windows operating systems.
This desktop laser metallurgical microscope is widely used in metal material grain structure analysis, alloy phase composition identification, welded joint failure analysis, coating thickness measurement, automotive parts material quality inspection, and aerospace material micro-defect detection. It helps material research and manufacturing enterprises evaluate material quality, identify failure causes, and optimize material formulas and production processes.
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