Product Description
Side & top with eyepiece tube Binocular observation head inclined at 30º
- interpupillary distances adjustment range from 55 to 75mm.
- Main body : All parts die cast to provide long life & good mechanical strength. Coaxial
- focusing control knobs, tension adjustment ring & pre focusing lock.
- Eyepiece : 10x (16mm).
- Objectives : PL10x, PL25x, PL40x, PL60x (optional).
- Nosepiece : Quadruple nosepiece revolves on ball bearing.
Robust Construction for Precision AnalysisBuilt from cast aluminum alloy, this inverted metallurgical microscope features a single-column arm with anti-vibration characteristics, supporting stable and accurate sample observation. The sealed viewing tube and lens covers protect delicate optics from dust, maintaining clear imagery even during extended use. Advanced multi-layer optical coatings guarantee reduced glare and enhanced contrast for in-depth evaluations.
Advanced Optical and Imaging CapabilitiesWith infinity-corrected achromatic objectives and wide-field 10x eyepieces, users can access a broad magnification range, from 50x to 1000x. The trinocular head permits direct attachment of a CMOS digital camera for detailed image and video capture. Brightfield observation, simple polarization, and ergonomic features make it versatile for diverse metallurgical and materials science applications.
Convenient Sample Navigation and Heat ManagementPrecise mechanical stage movement via coaxial X-Y controls and micrometer adjustments enables accurate navigation of samples, including large or irregular specimens. Built-in cooling vents efficiently dissipate heat generated by the powerful 6V 30W halogen lamp, ensuring continuous operation and consistent performance across research, inspection, and industrial settings.
FAQs of Research Inverted Metallurgical Microscope:
Q: How does the coaxial X-Y stage movement improve sample navigation?
A: The microscopes mechanical stage features coaxial X-Y controls with micrometer adjustments, allowing users to navigate specimens smoothly and precisely. This design enhances accuracy, especially when examining fine metallographic structures or relocating points of interest on samples up to 50mm thick.
Q: What are the benefits of an inverted design in metallurgical microscopes?
A: An inverted structure enables observation of larger or irregularly shaped specimens without the need to section them. This setup is ideal for metallographic analysis, as it accommodates samples like polished metal blocks, which are common in materials research and industrial quality control.
Q: When is simple polarization observation used with this microscope?
A: Simple polarization is employed when researchers need to analyze structures that exhibit birefringence, such as certain metallic phases or inclusions. The microscope supports basic polarization, providing more detailed visualization beyond standard brightfield observation.
Q: Where can this microscope be utilized effectively?
A: This inverted metallurgical microscope is suitable for laboratories, research institutions, industrial quality control labs, and educational facilities. It is especially beneficial in metallurgical research, alloy development, and failure analysis settings across manufacturing firms and academic departments.
Q: What is the process for capturing digital images and video with this microscope?
A: By attaching a compatible CMOS digital camera to the trinocular head, users can record high-resolution images (JPEG, BMP, TIFF) and videos (up to 1920 x 1080 pixels at 30fps). The USB interface enables quick download and editing of captured data for documentation and analysis.
Q: How does the built-in cooling vent system help during microscope usage?
A: Integrated cooling vents dissipate heat produced by the halogen lamp illumination, preventing the microscope and optics from overheating. This supports continuous operation and preserves image quality and instrument longevity, making it reliable for extended research sessions.