iMetal-850 R/TR Upright Metallographic Microscope

Product Features：

• Equipped with an intelligent light intensity management system, which automatically adapts light intensity when switching objectives, eliminating the problem of dim images at high magnifications in conventional microscopes, ensuring stable and clear imaging.
• Fitted with a high-power 4500K LED light source with CRI ≥95, 50,000-hour service life, low heat generation, and brightness equivalent to a 100W halogen lamp, suitable for multi-scenario lighting.
• Adopts a beam-splitting prism auxiliary focusing (FA) system and full-field Kohler illumination, with inner wall light-absorbing coating to reduce stray light, achieving high-contrast and uniformity metallographic imaging.
• Motorized encoded objective turret integrates hardware and software, recording parameters into captured images, saving operating time, reducing setup errors, and improving inspection efficiency.
• Standard 5X–50X long-working-distance plan semi-apochromatic objectives (universal for brightfield/darkfield); optional 100X dry objective delivers 390nm resolution, supporting brightfield, darkfield, polarizing and other observation modes.
• Coaxial coarse/fine focusing paired with a large-travel double-layer mechanical stage enables convenient operation and adapts to various sample sizes, meeting high-precision requirements for scientific research and industrial metallographic analysis.

Product Applications:

• Metallographic analysis of metallic materials, clearly presenting microstructures to support material property evaluation and quality inspection.
• Ore petrographic analysis via polarizing observation, accurately identifying mineral types and structures to provide data support for geological research.
• Electronic component inspection, observing internal structures and solder joint conditions to ensure production quality of electronic devices.
• Polymer material research, analyzing micro-morphology and structure to facilitate formula optimization and R&D.
• Industrial quality control, rapidly detecting surface defects and micro-flaws to enhance production management.
• Scientific research laboratories, performing multi-mode micro-observation to support various material science experiments and analyses.