High-end Research-grade Upright Metallurgical Microscope

Product features:

This product features plan achromatic objective lenses that provide distortion-free high-definition images, and dual-path illumination systems adaptable to different sample types. Motorized focus and sample stage reduce manual operation errors, while the cooled camera reduces image noise and improves image quality. The professional metallographic analysis software can automatically count grain size, porosity and other parameters, solving the pain points of low manual operation accuracy and slow analysis efficiency in scientific research. The anti-vibration cast iron stand ensures stable long-term operation, meeting the needs of high-precision material research and batch detection.

Product specifications:

This high-end upright metallurgical microscope has a magnification range of 50x-2000x, equipped with 5x, 10x, 20x, 50x and 100x (oil-immersion) plan achromatic objective lenses and 10x/16x wide-field high-point eyepieces. It supports 12V/50W halogen transmitted light illumination and 100W mercury lamp/LED reflected light illumination. The motorized focus stroke is 30mm with a fine adjustment accuracy of 0.001mm. The motorized sample stage has a travel range of X=200mm, Y=150mm, with a maximum load capacity of 5kg. The 8.0MP cooled CMOS sensor has a resolution of 3264*2448, supporting brightfield, darkfield and polarized light observation functions. The overall dimension is 550mm (L)*450mm(W)*700mm(H), with a net weight of 28kg, and is compatible with professional metallographic analysis software such as Image-Pro Plus.

Product application:

This product is widely used in university material science research institute projects, aerospace parts failure analysis, semiconductor packaging material testing, high-end automotive sheet metal microstructure analysis, and medical device metal component microstructure research. It can realize quantitative detection such as grain size measurement, inclusion rating and phase composition analysis, meeting the high-precision detection needs of scientific research and high-end manufacturing quality control.