Views: 426 Author: Site Editor Publish Time: 2024-10-09 Origin: Site
Yingtai: Characteristics and Development of Upright Metallurgical Microscopes
Characteristics:
1. Wide Application: Upright metallurgical microscopes are widely used in industrial enterprises, education, research metallographic analysis, and semiconductor silicon wafer inspection.
2. Multiple Observation Modes: They support various observation modes, including bright field and polarized light, allowing users to choose between transmitted or reflected illumination based on their needs.
3. Comprehensive Objective Lenses: Equipped with infinity-corrected metallurgical objectives, including magnifications of 5×, 10×, 20×, 40×, 50×, 80× (S), and 100× (S).
4. Large Field Eyepiece: Utilizes 10X wide-field, high eyepoint flat-field eyepieces with a field number of Φ22mm, providing a broader observation field.
5. Convertible Observation Tube: The hinged tri-ocular observation tube supports 100% observation and 20% observation with 80% photography mode, catering to different observation needs.
6. Quick-Descending Stage Device: The stage features a mechanical moving platform and a quick-descending device, increasing the observation distance by 50mm and providing more operational space.
7. Optical System: Utilizes an OTICS infinity-corrected optical system, ensuring clarity of images and color fidelity.
8. Focusing Mechanism: Equipped with a coarse and fine coaxial focusing mechanism, with adjustable tension and a focusing limit device to ensure precise focusing.
9. Condenser Lens: Comes with an N.A. 1.25 Abbe condenser lens with an adjustable aperture for excellent illumination effects.
10. Illumination System: The transmitted illumination system uses a 6V/20W halogen lamp or LED lighting, while the reflected polarized light system employs a 12V/50W halogen lamp or LED, both supporting wide voltage input (100V–240V).
11. Polarizing Device: Includes a polarizer and analyzer suitable for polarized light observation.
12. Camera Adapter: Provides 0.5×/1× camera adapters (C-Mount) for easy connection to cameras for image capture.
Development Trends:
1. Technological Advancement: With advancements in optical and electronic technologies, the resolution and image quality of upright metallurgical microscopes continue to improve, with digitalization and automation features becoming more prevalent.
2. Multi-functionality: Future microscopes will likely become more multifunctional, integrating various observation methods and analytical capabilities to meet the complex demands of different fields.
3. Intelligent Features: The application of artificial intelligence and machine learning will enable microscopes to have intelligent recognition and analysis capabilities, enhancing work efficiency and accuracy.
4. Portability: There may be a trend towards lighter and more portable designs, facilitating use in various locations.
5. Environmental Sustainability: With growing environmental awareness, microscope designs will increasingly focus on energy efficiency and eco-friendliness, utilizing more efficient light sources and materials.
6. Ergonomics: Future microscopes will place greater emphasis on user experience, optimizing operating interfaces and control systems to improve comfort and convenience during use.