Inverted Trinocular Metallurgical Microscope

Description

Technical Specification Table

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Key Features

• Imported inverted trinocular design with 45° inclined compensation-free head

• Double-layer mechanical stage (172 × 142mm) with 30 × 30mm XY movement

• Coaxial coarse and fine focusing with rack & pinion mechanism, fine scale 0.002mm

• DIN Plan metallurgical objectives for high-precision imaging at 4x, 10x, 20x, and 40x

• Extra-wide-field 10X eyepieces with crosshair reticule for accurate measurement

• Bright halogen 12V/20W illumination with aperture and field diaphragms

• Adjustable brightness and multiple AC input support (85V–230V)

• Polarizing device with 360° rotatable analyzer and removable polarizer

• Filter insertion system with green, blue, and yellow filters

• Precision 0.01mm micrometer included for calibration and measurement

• Robust build for industrial, metallurgical, and research environments

• High-contrast imaging suitable for quality control and material studies

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Working Principle

The Inverted Trinocular Metallurgical Microscope operates by illuminating the specimen using a halogen lamp directed through the optical path. Light passes through the high-quality DIN Plan metallurgical objectives and eyepieces to provide magnified, sharp, and high-contrast images. The coaxial coarse and fine focusing system allows precise vertical adjustments of the stage. The double-layer mechanical stage enables smooth XY movement for sample scanning.

The polarizing system, including a 360° rotatable analyzer and removable polarizer, allows advanced polarization studies to analyze structural properties and reflectance of metal specimens. Aperture and field diaphragms control light intensity and contrast, while the included micrometer allows accurate measurement of sample features, providing precise and repeatable results for metallurgical and material science investigations.

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Applications / Use Cases

• Metallurgical laboratories for material and metal microstructure analysis

• Industrial laboratories for quality control and inspection

• Research institutes conducting microstructural studies of metals and alloys

• Educational laboratories for teaching metallurgical and materials science

• Surface and failure analysis in engineering and manufacturing

• Laboratories performing polarization-based studies on metal specimens

• Precision measurement of microscopic features using eyepiece reticule and micrometer