Metallographic Microscopes

Product Introduction

MR2100 series inverted metallographic microscopes are widely used in schools, industrial and mining enterprises laboratories, etc., to identify and analyze the structural structures of various metals and alloys, and to conduct general metallographic research on materials after heat treatment.

The imaging clarity of micromirror is higher than that of similar products, with a wide field of vision, stable and reliable structure, and the overall design conforms to human-machine functions, which is suitable for long-term operation.

Metallographic Microscopes are high-resolution optical instruments designed for the examination and analysis of the microstructure of metals, alloys, and other materials. These microscopes are essential tools in metallurgy, quality control, material science, failure analysis, and academic research, providing detailed insights into grain structures, phase distribution, inclusions, and surface treatments.

Engineered for both reflected and transmitted light observations, metallographic microscopes deliver sharp, contrast-rich images of prepared samples—enabling accurate interpretation of material properties and performance.

Product Specifications

Product Features

High-Resolution Optics: Equipped with plan achromatic or infinity-corrected objectives for clear, distortion-free imaging.

Reflected & Transmitted Illumination: Suitable for both opaque and semi-transparent specimens.

Mechanical Stage with Micrometer Control: Ensures precise sample positioning and smooth navigation.

Digital Imaging Options: Integrated or attachable cameras for capturing and analyzing micrographs on-screen.

Modular Design: Allows upgrades with polarizers, darkfield, DIC, or fluorescence modules for advanced analysis.

Product Advantages

Accurate Microstructure Analysis: Enables visualization of grain size, boundaries, phases, and inclusions at high magnification.

Enhanced Workflow Efficiency: Digital models allow for quick image capture, measurement, and documentation.

Robust Construction: Built for industrial environments with vibration-resistant frames and long-lasting optical components.

User-Friendly Operation: Intuitive controls make it suitable for both routine inspections and advanced metallurgical research.

Versatile Use: Compatible with various sample types, etching methods, and preparation techniques.

Product Details

Magnification Range: 50x to 1000x (expandable with digital zoom)

Objective Lenses: Plan Achromatic / Infinity Plan / Semi-APO (depending on model)

Eyepieces: 10x wide-field, optional 20x

Illumination System: LED or halogen light sources with brightness control

Focusing System: Coaxial coarse and fine focusing with tension adjustment

Camera Support: Built-in USB digital camera (optional); compatible with imaging software

Sample Stage: Double-layer mechanical stage with X-Y micrometer travel

Applications

Metallurgy & Foundries: Inspection of heat-treated steel, cast iron, welds, and coatings.

Aerospace & Automotive: Failure analysis of metal fatigue, stress fractures, and material defects.

Research Laboratories: Academic studies in materials science, physics, and engineering.

Quality Control Labs: Routine inspection in metal manufacturing, forging, and fabrication industries.

Surface Engineering: Evaluation of coatings, plating, and corrosion effects.

FAQ

Q1: What’s the difference between a metallographic microscope and a biological microscope?

A: Metallographic microscopes are optimized for reflected light and opaque samples, whereas biological microscopes are primarily for transparent specimens under transmitted light.

Q2: Can I capture digital images with this microscope?

A: Yes. Most models support digital camera attachments or come with integrated imaging systems.

Q3: What kind of samples can I examine?

A: Polished and etched metallic samples, ceramics, composites, and certain polymers.

Q4: Is software included for image analysis?

A: Yes. Digital models include measurement and annotation software for microstructure analysis.

Q5: Can this microscope be used for field work?

A: These are designed for lab environments. For field inspection, a portable metallurgical microscope is recommended.