Metallurgical Microscope T-MM-706

Introduction

Metallurgical Microscope offers a magnification range of 50X to 1000X for detailed observation. Built with an 80:20 light distribution ratio, balancing brightness between viewing tube and camera port. It features a quintuple revolving nosepiece for seamless switching among multiple objectives. Equipped with coaxial coarse and fine focusing, 25mm coarse stroke, and 0.2mm fine rotation. Metallurgical Microscope includes LED reflecting and transmitting illumination for versatile analysis.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Metallurgical Microscope is crucial for examining the microstructures of metals and alloys, enabling identification of grain size, phase distribution, and material defects, while supporting quality control, material certification, and advanced research in metallurgy and engineering.

Specifications

Magnification Range	50X to 1000X
Eyepiece	WF10X/22mm
Reticule Eyepiece	WF10X/22mm
Objectives (Semi Apochromatic)	5X/10X/20X/50X
Viewing Head	Trinocular Head
Head Position	30° inclined, 360° rotatable
Interpupillary Distance	48 to 76mm
Light Distribution Ratio	80:20
Polarizing Unit	Polarizer/ Analyzer
Condenser	Abbe N.A.1.25, with Iris Diaphragm
Nosepiece	Quintuple
Focusing Knob	Coaxial coarse and fine focusing knob
Coarse Stroke	25mm
Fine Stroke Per Rotation	0.2mm
Fine Division	2 μm
Reflecting Illumination System	5W LED
Transmitting Illumination System	5WLED
Mechanical Stage Dimension	182 ×140 mm
Mechanical Stage Adjustment Range	77 × 52 mm
Power Supply	100V to 240V
Packaging Dimension	520mm×470mm×430mm
Net Weight	12 kg
Gross Weight	16 kg

Features

Reticule Eyepiece

Plan Semi-Apochromatic Lenses

Polarizer

Abbe Condenser

Spacious Mechanical Stage

FAQs

1. What is a Metallurgical Microscope?

A Metallurgical Microscope is an apparatus designed specifically for observing and analyzing the microstructure of metals and other solid materials.

2. How does Metallurgical Microscope work?

It works by using reflected light rather than transmitted light, allowing the observation of opaque specimens such as metals.

3. Can Metallurgical Microscope analyze grain size in metals?

It is commonly used to analyze grain size, phase boundaries, and microstructures in metallic samples.

4. What kind of samples can be observed under Metallurgical Microscope?

It can observe polished and etched metal samples, coatings, welds, failures, and surface treatments.

5. Can Metallurgical Microscope be used for quality control?

It is widely used in quality control processes to inspect metal parts for defects, uniformity, and adherence to industry standards.

6. Can Metallurgical Microscope be used for coating thickness measurement?

It is used to measure coating thickness by analyzing cross-sectional samples prepared through precise polishing and etching.

7. Can Metallurgical Microscope be used in studying corrosion?

It is used to study corrosion by examining surface pitting, intergranular attack, and oxide layer formation in metals.

8. How does Metallurgical Microscope assist in analyzing cast iron microstructures?

It assists in analyzing cast iron microstructures by revealing graphite morphology, matrix composition, and the distribution of carbides or pearlite.

9. How is Metallurgical Microscope used in the analysis of forged components?

It is used to inspect forged components for grain flow patterns, inclusions, and potential material segregation resulting from forging processes.

10. What is the role of Metallurgical Microscope in aerospace material testing?

It plays a key role in aerospace material testing by analyzing high-performance alloys for fatigue cracks, microstructural uniformity, and oxidation layers.