The MM-2 Inclined Metallurgical Microscope is designed for reflected light examination of opaque metallic specimens in laboratory environments. It features a monocular observation tube inclined at 45 degrees, a rigid mechanical body, and a graduated mechanical stage for controlled sample positioning. Bright field horizontal illumination with diaphragm controls, precision nosepiece, and variable light intensity enable accurate surface structure analysis in metallurgical and material testing laboratories.
| Specification | Details |
|---|---|
| Model | MM-2 |
| Microscope Type | Inclined Metallurgical Microscope |
| Observation Tube | Monocular, inclined at 45° |
| Illumination Type | Bright field horizontal illuminator |
| Illumination Features | Centering provision, field diaphragm, aperture diaphragm, filter slots |
| Nosepiece | Quadruple revolving nosepiece |
| Stage Type | Graduated mechanical stage |
| Light Control | Variable light control transformer |
| Objectives | LWD M10X and M45X (SL) |
| Eyepieces | Wide field WF10X and H15X |
| Packaging | Inner thermocol or styrofoam packing with outer cardboard box |
Monocular observation tube inclined at 45 degrees
Designed for reflected light metallurgical examination
Bright field horizontal illumination system
Integrated field and aperture diaphragms
Provision for centering and filter insertion
Quadruple revolving nosepiece for objective selection
Graduated mechanical stage for precise specimen movement
Variable light intensity control transformer
Long working distance metallurgical objectives
Wide field eyepieces for comfortable observation
Stable mechanical construction for laboratory use
The MM-2 Metallurgical Microscope operates by directing reflected light from a horizontal illuminator onto the surface of opaque specimens. The reflected light is collected by metallurgical objectives and transmitted through the optical system to the eyepiece for observation. Adjustable diaphragms control contrast and illumination intensity, while the graduated mechanical stage enables accurate positioning of samples for consistent surface structure evaluation.
Metallurgical surface structure examination
Material science laboratory analysis
Quality control of metallic components
Failure analysis of metal samples
Educational training in metallurgical microscopy
Industrial inspection of treated surfaces