About Inverted Metallurgical Microscope
| Brand |
Generic |
| Usage/Application |
Laboratory |
| Is It Portable |
Portable |
| Working Distance |
52 mm to 75 mm |
| Interpupillary Distance |
52 mm to 75 mm |
- Interpupillary Distance- 52 mm to 75 mm
- Weight- 12-15 Kg
- Mechanical Stage- 242 mm X 200 mm
- Diopter Adjustment Ring- +-5
Advanced Metallurgical InspectionThis specialized microscope is tailored for observing metals and alloys, enabling users to analyze microstructures with exceptional clarity. Its inverted design allows for the testing of larger, heavier specimens that are difficult to prepare for upright microscopes. Precise optics and LED lighting ensure that every detail is sharply rendered, making it invaluable in metallurgy and materials science.
Built for Industrial and Commercial SpacesWith a sturdy build weighing 12-15 kg, and an elegant white-black color scheme, this microscope seamlessly fits into both demanding industrial settings and modern commercial labs. The robust construction and reliable LED illumination guarantee consistent performance even in rigorous production environments.
FAQ's of Inverted Metallurgical Microscope:
Q: How is the Inverted Metallurgical Microscope used in industrial applications?
A: The microscope is primarily used for analyzing and inspecting metal surfaces, welds, and microstructures in industrial settings, helping to ensure material quality and integrity during manufacturing and quality control.
Q: What is the benefit of an inverted design in this metallurgical microscope?
A: An inverted design allows for the examination of larger or uncut samples by placing them directly on the stage, reducing the need for extensive sample preparation and making the analysis of bulkier specimens more convenient.
Q: When should I consider using this microscope in a laboratory or factory?
A: This microscope should be used whenever detailed metallurgical analysis, such as grain structure, phase identification, or quality assurance of metal products, is required in laboratory or industrial environments.
Q: Where is this microscope manufactured and supported?
A: This microscope is manufactured, supplied, and serviced in India, ensuring easy accessibility to support, maintenance, and spare parts within the region.
Q: What is the process for observing samples with the LED light source?
A: To observe samples, place the prepared metal specimen on the stage, adjust the focus, and select appropriate illumination with the built-in LED light, which ensures consistent and bright lighting for accurate analysis.
Q: How does the LED light source improve sample analysis?
A: The LED light source provides stable, uniform illumination with minimal heat, which prevents sample damage and enhances clarity during prolonged observations.