S. M. Engineers

• Measuring and optical accuracy
• Correct linear measurement
• Convenient to place specimen

Areas of research applications:

• Material Science
• Polymer
• Rubber
• Powder Metallurgy
• Pharma
• Semi-conductor

Advantages:

• Observation Head with Upper Lower Position
• Color Coded Objectives Condenser
• Anti Reflection Fungal Coated Optics
• Anti Mold Painted Body

Objectives:

• Infinite Plan Objectives
• Infinite Plan S-APO Objectives
• BF Objectives 5x, 10x, 20x, 40x 50x, 100x/0.8 100X Oil
• DF Objectives 10x, 20x, 40x 50x, 100x/0.8

• Accurate size
• Resistant to corrosion, stress and creep
• Advanced technology is implemented

• Binocular Stereo zoom Microscope: RSM – 8
• Trinocular Stereo zoom Microscope: RSM -9
• Jewel Stereo zoom Microscope: RSM -9D

A binocular metallurgical microscope is a specialized type of microscope designed specifically for examining metallic materials at high magnifications. It is commonly used in metallurgy, materials science, and other fields where detailed analysis of metal samples is required.

Here are some key features and components of a binocular metallurgical microscope:

1. Binocular Head: The microscope is equipped with a binocular head, allowing two eyepieces to be used simultaneously for comfortable viewing.

2. Magnification: Binocular metallurgical microscopes typically offer a range of magnifications, often from around 50x to 1000x or higher. They may have multiple objective lenses and interchangeable eyepieces to achieve different magnification levels.

3. Illumination: Metallurgical microscopes usually feature both transmitted (bottom) and reflected (top) illumination. Transmitted illumination is used for viewing thin sections of samples, while reflected illumination is used for opaque samples. These illumination methods can be adjusted for different contrast techniques such as brightfield, darkfield, polarized light, and differential interference contrast (DIC).

4. Stage: The microscope stage is where the sample is placed for examination. It typically has X-Y controls for precise positioning of the sample under the objective lenses.

5. Objective Lenses: Metallurgical microscopes come with multiple objective lenses of different magnifications, usually ranging from low to high magnification. These lenses are specifically designed for examining metal samples and often have long working distances to accommodate the depth of the samples.

6. Polarizing Filters: Some models of binocular metallurgical microscopes may include polarizing filters, which are useful for examining the optical properties and internal structures of metal samples.

7. Camera Mount: Many modern binocular metallurgical microscopes come equipped with a camera mount, allowing for digital imaging and documentation of the samples being examined.

8. Software Integration: Some advanced models may also offer software integration for image analysis and measurement, allowing for quantitative analysis of the metal samples.