Post RFQ
Its core technical highlights include the fully automatic optical path switching system, which eliminates the need to manually replace accessories to switch multiple observation modes, greatly improving detection efficiency. The ultra-wide field eyepiece expands the observation visual range by 30% compared with standard eyepieces, and the long working distance objective is suitable for large-size samples. The automatic focusing function solves the pain points of large manual focusing errors and low efficiency, and the IP54 dust-proof and water-proof grade is suitable for complex laboratory environments. The built-in professional metallurgical analysis software can directly generate detection reports, and the detection efficiency is improved by 3 times compared with traditional manual microscopes. It is suitable for high-level scientific research teams and third-party testing institutions that require high-precision and diversified observation modes.

Overall Dimensions: 520x480x650mm, Eyepiece Field Diameter: 25mm, Maximum Numerical Aperture: 1.25 (Oil Immersion Objective), Stage Travel: 150mm (horizontal) and 150mm (vertical), Focusing Mode: Electric + Manual Dual Adjustment, Focusing Range: 30mm, Illumination Brightness: 0-100% Stepless Adjustable, Presettable 3 Groups of Illumination Parameters, Imaging Color Depth: 24-bit, Compatible with Windows/MacOS Systems, Working Environment Temperature: 15-30℃, Relative Humidity: 20-70% without condensation.
This product is mainly used for scientific research experiments in key laboratories of college materials science, failure analysis of high-end metal parts, metallurgical detection of semiconductor packaging, and microstructure research of aerospace materials. It is suitable for scientific research institutions and third-party testing laboratories that require high-precision and diversified observation modes, and can meet the high-precision observation and quantitative analysis needs of complex samples. It is the preferred equipment for high-level material research and advanced failure analysis.