High-Definition Metallographic Microscope for Precision Analysis

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Specific Information
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Product Specifications Reference
optical system
Limited far-field chromatic aberration optical system
Observation tube
Hinged binocular tube with a 30 ° tilt; Triple lens tube, adjustable pupil distance and diopter.
eyepiece
Wide field of vision WF10X/18mm
Long-range flat field Achromatic objective
PL L 10X/0.25 WD8.90mm PL L 20X/0.40 WD3.75mm PL L 40X/0.65 WD2.69mm SP 100X/0.90 WD0.44mm (Oil)
converter
Ball internal positioning four hole converter
focusing system
Coarse and micro coaxial focusing, fine grid value adjustment:0.002mm;Travel (from the focal point on the surface of the loading platform):30mm。Adjustable coarse elasticity with locking and limiting devices.
Loading platform
Double layer mechanical mobile, size:180*150mm,Moving range:15*15mm)
Color filter
Yellow, green, blue.

Payment method

COMM
COMM
Product Details
Product Introduction
The 4XC-W High-Definition Metallographic Microscope, proudly presented by Laizhou Jincheng Industrial Equipment Co., Ltd., is a top - notch solution for in - depth analysis of metallographic structures in metal materials. This microscope combines a user - friendly interface, a high - resolution camera, and genuine metallographic image analysis software. It features a limited far - field chromatic aberration optical system, enabling accurate observation and evaluation of microstructures like pearlite, grain size, and graphite morphology. With a binocular tube for flexible viewing angles and premium optical components, it ensures excellent image clarity. The dual - layer mechanical loading platform offers sufficient working space for sample manipulation. Equipped with the FMIA2025 metallographic analysis software and a professional - grade camera, it simplifies and accelerates the metallographic analysis process. Laizhou Jincheng is dedicated to meeting international standards and serving diverse industries.
Advantages and features
Integrates a user - friendly interface, high - resolution camera, and genuine metallographic image analysis software for efficient analysis.
Features a limited far - field chromatic aberration optical system for accurate observation of microstructures.
Binocular tube provides flexible viewing angles, enhancing user experience.
Premium optical components ensure superior image clarity.
Dual - layer mechanical loading platform offers ample working space for sample handling.
Application Scenario
Precision engineering for quality control and product development.
Research institutions for in - depth study of metal materials.
Educational institutions for teaching metallography and related courses.
Metallurgical industries for routine analysis and process improvement.
Product Parameters
lighting: 6V 20W Halogen lamp,Brightness adjustable
Metallographic analysis system: FMIA2025 Authentic metallographic analysis software, Sony chip 5 million camera device, 0.65X adapter mirror interface, micrometer。
Common problem

What is special about the optical system of the 4XC-W metallographic microscope?

The 4XC-W metallographic microscope is equipped with a limited-field chromatic aberration optical system that can accurately observe and evaluate the microstructure of metals. This optical system ensures high resolution and clarity during observation, allowing users to understand the internal characteristics of the sample in detail, such as pearlite and grain size, greatly improving the accuracy and reliability of the analysis.

What are the main application areas of the 4XC-W metallographic microscope?

The 4XC-W metallographic microscope is widely used in the metallurgical industry. It can perform in-depth analysis of the metallographic structure of metal materials and is suitable for quality assessment of metal parts in precision engineering. In addition, in the field of education, it can be used as a teaching tool to help students observe the microstructure of metals. In scientific research institutions, it provides researchers with effective tools to support research work related to metal materials.

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