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Core Product Features
Intelligent Light Intensity Management
Conventional microscopes suffer from dim, muddy images at high magnifications. The iMetal-850 solves this by using an intelligent light management system. The device automatically adapts the light intensity whenever you switch objective lenses, guaranteeing a stable, uniformly clear image every time.
High-Power Studio-Grade LED
The microscope features a high-power, 4500K LED light source with a color rendering index (CRI) of 95 or higher. Delivering a brightness equivalent to a traditional 100W halogen lamp, this energy-efficient source generates very little heat and boasts a massive 50,000-hour service life.
Advanced High-Contrast Optical System
Achieve crystal-clear, high-contrast imaging. The optics utilize a specialized beam-splitting prism auxiliary focusing (FA) system alongside full-field Kohler illumination. Additionally, an inner wall light-absorbing coating inside the chassis eliminates stray light reflections.
Motorized Encoded Objective Turret
Accelerate your testing throughput with a smart motorized encoded turret. This component seamlessly integrates hardware with your imaging software to automatically embed current magnification parameters directly into your captured image files. This saves valuable operation time and eliminates manual data entry errors.
Long-Working-Distance Semi-Apochromatic Lenses
The system comes standard with 5X to 50X long-working-distance plan semi-apochromatic objectives that handle both brightfield and darkfield observations. You can also select an optional 100X dry objective that delivers a sharp 390 nm resolution. The entire system supports brightfield, darkfield, and polarizing observation modes.
Double-Layer Mechanical Stage
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Coaxial Tuning: Coaxial coarse and fine focusing knobs allow for comfortable, high-precision adjustment.
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Large-Travel Stage: The double-layer mechanical stage accommodates a wide variety of larger sample sizes, making it perfect for rigorous scientific research and industrial laboratory workflows.
Versatile Research & Industrial Applications
Advanced Metallographic Analysis
Examine metallic raw materials and alloys. The high-contrast optical system clearly maps internal microstructures to support material property evaluations, grain-size ratings, and strict quality control inspections.
Geological Ore Petrographic Analysis
Utilize specialized polarizing observation modes to perform detailed ore petrographic testing. This allows geological researchers to accurately identify mineral compositions, crystal types, and rock structures.
High-End Electronic Component Inspection
Audit internal structures and trace solder joint conditions in delicate electronics. This microscope helps micro-electronics manufacturers quickly locate hidden defects to guarantee device reliability.
Polymer Material Research & Development
Analyze the micro-morphology, blend boundaries, and structural alignment of advanced polymers. These clear visual insights help chemical engineers optimize material formulas and accelerate active R&D projects.
Rapid Industrial Quality Control
Scan component surfaces to locate microscopic surface defects, stress fractures, and processing flaws. Implementing this high-resolution tool into your workflow helps production managers maximize daily yields.
Multi-Disciplinary Scientific Laboratories
Equip your central scientific research laboratory with a flexible, multi-mode observation system. The modular layout effortlessly adapts to support a diverse range of material science experiments, academic analyses, and custom test criteria.
