FJX-51XYZ Full-Automatic Metallographic Microscope

The FZ-51XYZ Full-Automatic Metallographic Microscope features excellent imaging performance and a comfortable operating experience, providing customers with cost-effective solutions for metallographic analysis and industrial inspection. The X-Y motorized stage enables full-size image scanning and high-performance image stitching.
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Overview of FZ-51XYZ Full-Automatic Metallographic Microscope

The FZ-51XYZ Full-Automatic Metallographic Microscope features excellent imaging performance and a comfortable operating experience, providing customers with cost-effective solutions for metallographic analysis and industrial inspection. The X-Y motorized stage enables full-size image scanning and high-performance image stitching.

Equipped with a high-precision internal positioning 5-position brightfield encoded nosepiece and brightness memory function.

The encoded nosepiece integrates the microscope's hardware settings with our FCL-RS Image Measurement Software. The magnification of the objective lens is displayed on the screen, and the calibration values recorded in the software are automatically adjusted when switching magnifications, thus eliminating measurement errors caused by forgetting to switch the software magnification.

The brightness memory function can store the illumination brightness for each objective lens in use. When switching between different objective lenses, the light intensity is automatically adjusted, reducing visual fatigue and improving work efficiency.

The newly designed integrated T-shaped frame is made of full-metal high-pressure die-casting, offering outstanding stability. There is no image plane jitter during high-magnification observation, which further ensures the detection accuracy of high-magnification measurement.

The epi-illuminator adopts the Kohler illumination system, equipped with a field diaphragm and an aperture diaphragm, as well as preset slots for polarizer, analyzer and color filters. The single 10W LED warm white light illumination minimizes visual fatigue of observers.

The field diaphragm and aperture diaphragm adopt a lever mechanism with adjustable centers, which can flexibly adjust the size of the illumination range and effectively avoid the impact of stray light on the image.

The polarizer and analyzer enable simple polarized light observation.

Configuration Table of FZ-51XYZ Full-Automatic Metallographic Microscope


Component

Specification

Optical System

Infinite Optical System with Achromatic Correction

Observation Tube

30° Inclined, Infinity Hinged Trinocular Observation Tube; Interpupillary Distance Adjustment: 50mm~75mm; Diopter Adjustment (Unilateral): -2/+8 D; Two - stage Beam Splitting Ratio: R:T=100:0 or 50:50

Eyepiece

High - Eyepoint Wide - Field Plan Eyepiece SWH10X/23mm (Diopter Adjustable)

Objective Lens

Plan Semi - Apochromatic Metallographic Brightfield Objective Lens 5X/NA0.15, WD15Plan Semi - Apochromatic Metallographic Brightfield Objective Lens 10X/NA0.30, WD8.4Plan Semi - Apochromatic Metallographic Brightfield Objective Lens 20X/NA0.45, WD3.0Plan Semi - Apochromatic to Apochromatic Metallographic Brightfield Objective Lens 50X/NA0.75, WD3.0 (Encoded Type)

Encoded Nosepiece

High - Precision Internal Positioning 5 - Position Brightfield Encoded Nosepiece with Brightness Memory FunctionThe encoded nosepiece integrates the microscope’s hardware settings with FCL - RS Image Measurement Software. The magnification of the objective lens is displayed on the screen, and the calibration values recorded in the software are automatically adjusted when switching magnifications, thus eliminating measurement errors caused by forgetting to switch the software magnification. The brightness memory function stores the illumination brightness for each objective lens in use and automatically adjusts the light intensity when switching between different objective lenses, reducing visual fatigue and improving work efficiency

Illumination System

Adaptive Wide Voltage 100V - 240V_AC 50/60Hz; Reflected Light Lamp House; Single High - Power 10W LED (Warm Color); Kohler Illumination; Equipped with Field Diaphragm and Aperture Diaphragm with Adjustable Centers

Focusing Mode

Z - Axis Auto Focusing

X - Y Motorized Stage

Stage Travel Range: Horizontal * Vertical = 80mm * 60mmScrew Lead: 2000μmRepeat Positioning Accuracy: Within ±3μmResolution at 16 Subdivisions: 0.625μm per StepStep Angle of Stepper Motor: 1.8°Rated Operating Current: 1.0A per Axis (Powered by 24V Power Supply)Maximum Load Capacity: ≥5kgMaximum Backlash: 3μmMaximum Sample Height: 25mm (Customizable for Other Heights)

Drive Control Box

Communicates with PC via Universal RS - 232 Serial Port (Baud Rate: 115200)Serial Port Control, capable of setting motor moving speed, moving distance and moving direction

Imaging Device

5 - Megapixel Camera

Adapter Interface

0.5X Adapter Lens Interface

Metallographic Analysis Software

FMIA2025 Full - Automatic Metallographic Analysis Software; High - Precision Micrometer (Graduation Value: 0.01mm)


FMIA2025 Genuine Metallographic Image Analysis Software


Introduction to FMIA2025 Genuine Metallographic Image Analysis Software:

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       The FMIA2025 Metallographic Image Analysis Software is developed by our company in response to the current needs of foundry enterprises, auto parts enterprises, heat treatment enterprises, bearing steel industry, power system industry, railway parts industry, and various related inspection companies for metallographic inspection. To improve product qualification rates and assist in enhancing the inspection capabilities of laboratories, we have collected the requirements and suggestions of Subject-Matter Experts from various industries and developed a brand-new metallographic image analysis software system.

      The FMIA 2025 Edition Metallographic Image Analysis Software has undergone a comprehensive overhaul and upgrade. The system encompasses a vast number of domestic and international metallographic testing standards, integrates quantitative analysis and qualitative analysis, and features newly added depth-of-field synthesis and image field stitching functions. With a simple interface, it can continuously capture multi-field images, centrally conduct image structure analysis, is more convenient to operate, eliminates various cumbersome steps of the previous software, and makes testing faster and more efficient.

A brand-new "Professional-Precise-Efficient" metallographic analysis tool system has been developed to simplify metallographic analysis. When combined with an electric stage, it enables automatic scanning, automatic focusing, automatic image stitching, automatic pore measurement, data statistics, and report output.

The national standard library of the software system contains hundreds of categories, basically covering commonly used metallographic standards and meeting the requirements of metallographic analysis and inspection for the vast majority of units. Relevant categories are specified and opened according to the needs of different industries to meet industry inspection requirements. All modules can be called free of charge for life, and standards can be upgraded free of charge for life.

Given the continuous increase of new materials and imported grade materials, materials and evaluation criteria not yet entered in the software can be customized and entered separately.

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Introduction to the Advantages and Functions of FMIA 2025 Edition Metallographic Analysis Software:

l Batch shooting and collection of video images: Multi-image batch processing functions such as batch shooting, batch naming, batch saving, and batch fixed-magnification printing make the batch sample inspection process more convenient and efficient.

l Advanced Camera Settings:Function settings such as exposure time, gain, sharpness, saturation, gamma value, contrast, brightness, white balance, black balance, etc.

l One-click full-system calibration: The calibration function has been fully upgraded, allowing all objective lens parameters to be calibrated with a single click. Compared with the original calibration method, the new calibration method is more convenient and faster to operate.

l Image Processing Functions: Color Separation, Canary Release Conversion, Threshold Segmentation, Binarization, Image Enhancement, Inversion Adjustment, Sharpening Adjustment, Scratch and Stain Processing, Image Histogram, etc.;

l Fixed-magnification image output:Functions such as multi-image fixed-magnification printing, custom image naming, scale parameter setting, exporting to PDF/Word/Excel, print preview, etc.

l Image Measurement and Archiving: Diverse types of measurement tools (including distance, angle, angle between two lines, rectangle, point-line distance, ellipse, polygon, parallel line distance, three-point arc, three-point circle, etc.), ability to draw arrows, annotate text, add auxiliary lines, modify line width, multiple length units to choose from, multiple options for font color, size, and style of measurement data, and the ability to summarize and export test data to Excel.

l Organizational Analysis Function: The detection standard modules in the software library are diverse, including organizational analysis standards such as GB/ASTM/ISO/DIN/QC/JB/DL/TB/SS. The standard numbers in the software library are upgraded, and new standards can be freely upgraded. It has three metallographic rating functions: automatic, comparative, and auxiliary. It is convenient, simple, and fast to use, with accurate and reliable measurements.

l Advanced customization features:Customize microscope motorized stage control functions, image confocal, 3D light mapping, image database, etc.

l Diverse Report Templates: Automatically generate metallographic structure analysis reports with both text and images, and you can choose to generate single-module or multi-module report styles. Report templates can be modified to add content such as enterprise logos, company names, and inspection processes. Exclusive report templates can be customized according to requirements.

l AI Organizational Analysis Function: Customizable AI organizational analysis module that utilizes artificial intelligence to complete the entire microscopic organizational analysis and inspection process, automatically identifying and analyzing the microscopic structure of materials, with a simple operation process, reducing labor intensity, and improving material inspection efficiency.

l National Standard Drawing Library:Contains hundreds of national standard drawings for customers to learn and refer to.

l EDF Depth of Field Extension Function: For specimens that cannot be focused uniformly due to uneven sample preparation, the software provides a dynamic EDF depth of field shooting function. By adjusting the fine focusing handwheel of the microscope's Z-axis, clear details in the sample will be continuously added to the dynamic EDF display window for dynamic update. The software automatically records clear images at different depths of field and merges them into a single clear image.

l Image stitching function: For customers who need to detect a larger field of view, the software provides an image stitching function. Users can move the X-Y platform of the microscope to meet the need for capturing images with a larger field of view, thus resolving the embarrassment of being unable to capture images due to insufficient microscope field of view. After setting the stitching parameters and image type, click "Auto Stitch" to automatically complete image stitching.

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Excerpts from Commonly Used Modules of FMIA2025 Metallographic Analysis Software:

GB/T 10561-2023 Determination of Non-metallic Inclusion Content in Steel

GB/T 34474.1-2017 Assessment of Banded Structure in Steel

GB/T 7216-2023 Metallographic Inspection of Gray Cast Iron

DL/T 773-2016 Standard for Spheroidization Rating of 12Cr1MoV Steel Used in Thermal Power Plants

GB/T 26656-2023 Metallographic Inspection of Compacted Graphite Cast Iron

DL/T 1422-2015 Standard for Microstructure Aging Rating of 18Cr-8Ni Series Austenitic Stainless Steel Boiler Tubes

GB/T 13299-2022 Method for Assessing the Microstructure of Steel

GB/T 3489-2015 Hardmetals - Metallographic determination of porosity and uncombined carbon

GB/T 9441-2021 Metallographic Examination of Ductile Iron

JB/T 1255-2014 Rolling Bearings - Technical Specifications for Heat Treatment of High Carbon Chromium Bearing Steel Parts

Inspection of Quenched Metallographic Structure of Medium Carbon Steel and Medium Carbon Alloy Structural Steel in GB/T 38720-2020

GB/T 1299-2014 Tool and Die Steel

GB/T 224-2019 Determination of Decarburized Layer Depth of Steel

GB/T 25744-2010 Metallographic Inspection of Carburized, Quenched and Tempered Steel Parts

TB/T 2942.2-2018 Metallographic Examination of ZG230-450 Cast Steel

Metallographic Determination of α-phase Area Content in Stainless Steel according to GB/T 13305-2008

JB/T 5108-2018 Metallography of Cast Brass

JB/T 9204-2008 Metallographic Inspection of Induction Hardened Steel Parts

GB/T 6394-2017 Metallic Average Grain Size Determination Method

GB/T 13320-2007 Steel Die Forgings, Rating Diagrams and Assessment Methods for Metallographic Structure

JB/T7946.1-2017 Metallography of Cast Aluminum Alloys

DL/T 999-2006 Standard for Spheroidization Rating of 2.25Cr-1Mo Steel Used in Power Stations

JB/T7946.2-2017 Overburning of Cast Aluminum-Silicon Alloys

DL/T 439-2006 Technical Guidelines for High-Temperature Fasteners in Thermal Power Plants

JB/T7946.3-2017 Cast Aluminum Alloy Pinholes

DL/T 786-2001 Standard for Inspection and Rating of Graphitization in Carbon Steel

JB/T 7946.4-2017 Metallography of Cast Aluminum Alloys

Rating Diagram for Macrostructure Defects of Structural Steel (GB/T 1979-2001)

GB/T 34891-2017 Rolling Bearings - Technical Requirements for Heat Treatment of High Carbon Chromium Bearing Steel Parts

DL/T 674-1999 Standard for Pearlite Spheroidization Rating of No. 20 Steel Used in Thermal Power Plants


Shandong Laishi Automation Technology Co., Ltd

Shandong Laishi Automation Technology Co., Ltd. (hereinafter referred to as "Laishi") is composed of a technical team with more than 10 years of research and development and manufacturing experience. The registered capital of the company is 3 million yuan. We specialize in the research and development, production, and sales of various desktop hardness testers and metallographic sampling equipment, and provide professional research and sales services for physical and chemical testing instruments, laboratory equipment, analytical equipment, and automation equipment.

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