Metallographic Microscope - BH200: The Art and Science of Metallographic Analysis, A Comprehensive Solution to Explore the Microscopic World of Materials
Created on 11.22
Are you still troubled by blurry imaging during material microstructure analysis? Anxious about delayed research progress due to cumbersome equipment operation? Worried about insufficient precision in defect detection of metals and alloys? JinHongTong Tech Metallographic Microscope BH200, with the core concept of "integrating art and science in metallographic analysis", provides a "ultimate key" for professionals in materials science, metallurgy, electronics, and scientific research worldwide to explore the microscopic world of materials.
I. Appearance: The Visual Business Card of Precision Instruments
The BH200 metallographic microscope makes its debut with a professional metal-textured appearance. The main body adopts a high-stability alloy structure, and the layout of the lens barrel and stage is both ergonomic and reflects the rigor of precision instruments. The black main tone paired with silver functional components has high "professional recognition" in laboratories and quality inspection workshops, allowing one to instantly feel its "authority" in the field of material microanalysis.
Ingenuity is evident in the details:
- Lens Barrel Design：The sealed lens barrel with multiple sets of optical lenses effectively isolates stray light interference, building an "optical barrier" for high-definition imaging;
- Stage System：The high-precision stage supports multi-directional fine adjustment to ensure precise positioning of the sample observation area;
- Operation Panel：The functional buttons are reasonably arranged, and the adjustment of optical parameters is intuitive and convenient, allowing novices to get started quickly.
II. Core Advantages: A Breakthrough from "Seeing the Microscopic" to "Seeing Through the Essence of Materials"
1. Optical System: The "Sharp Eye Tool" for Metallographic Analysis
The BH200 is equipped with a high-end infinite optical system, combined with planachromatic objectives and a large numerical aperture design, achieving high-resolution and high-contrast metallographic imaging. The boundaries of metal grains, the distribution of alloy phases, and the subtle features of material defects can all be presented with clear and true image quality, allowing the "artistic texture of the microscopic world of materials" and the "quantitative details of scientific analysis" to appear under the microscope simultaneously.
2. Multi-Dimensional Analysis: One Set of Equipment Meets Full-Process Needs
- Imaging Modes：Supports multiple observation modes such as bright field, dark field, and polarized light, suitable for microanalysis scenarios of different materials such as metals, alloys, ceramics, and PCB coatings;
- Magnification Range 50×-1000×：The optical magnification range covers 50×-1000× (configurable), allowing the structural changes of materials from macro to micro to be fully observed;
- Digital Expansion：Optional cameras and professional metallographic analysis software can be equipped to realize digital analysis such as image capture, dimension measurement, and grain counting, enabling "artistic microscopic observation" to be transformed into "scientific data analysis reports".
3. Operating Experience: A Balance Between Professionalism and Convenience
- Focusing Precision：The coarse and fine focusing mechanism has a delicate feel, with the minimum scale reaching the micron level, ensuring precise focus locking;
- Sample Adaptation：The stage is compatible with metallographic samples of various specifications, and with special fixtures, irregular samples can also be observed stably;
- Maintenance Cost：The optical components adopt a dust-proof design, and daily cleaning and maintenance are simple and easy, greatly reducing long-term use costs.
III. Application Scenarios: The "All-Field Explorer" of the Microscopic World of Materials
1. Materials R&D and Metallurgy Industry: The "Micro 智囊" for Optimizing Performance
In the research and development of new metal and alloy materials, the JinHongTong Tech BH200 can clearly present grain size, phase transformation process, and impurity distribution, helping engineers optimize compositions and processes; metallurgical enterprises use it to analyze the microstructure of steel and non-ferrous metals, judge the strength, toughness and other properties of materials, and provide a "microscopic basis" for product quality upgrading.
2. Electronics and Semiconductor Industry: The "Micro Sieve" for Quality Control
The thickness of metal coatings on PCB boards, packaging defects of semiconductor chips, and the microscopic state of welding of electronic components... The BH200 can capture subtle defects in electronic materials, and the precise imaging technology of JinHongTong Tech helps enterprises control product reliability from the source, avoiding equipment failures and safety hazards caused by microscopic defects.
3. Scientific Research and Education Field: The "Micro Bridge" for Knowledge Transfer
In university materials science laboratories, researchers use the JinHongTong Tech BH200 to carry out cutting-edge research, such as nanostructure analysis and composite interface research; in teaching classrooms, students can intuitively understand abstract concepts such as "recrystallization" and "solid solution" through it, transforming the knowledge transfer of materials science from "theoretical indoctrination" to "microscopic visual exploration".
Choosing the ROBOT 6560T means selecting not just a microscope, but a reliable 3D vision partner.
Metallographic Microscope - BH200 — Putting Every Micron Under Stereoscopic Control
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