FKX-51XY Fully Automatic Porosity Microscope

The FKX-51XY fully automatic porosity microscope features excellent imaging performance and a comfortable operating experience, providing customers with cost-effective metallographic analysis and industrial inspection solutions. The X-Y motorized stage enables full-size scanning of images and high-performance image synthesis.
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Overview of FKX-51XY Fully Automatic Porosity Microscope


The FKX-51XY fully automatic porosity microscope features excellent imaging performance and a comfortable operating experience, providing customers with cost-effective metallographic analysis and industrial inspection solutions. The X-Y motorized stage enables full-size scanning of images and high-performance image synthesis.

High-precision internal positioning 5-hole bright field encoding converter, brightness memory function.

The coded objective turret integrates the microscope's hardware settings with our company's FCL-RS image measurement software. The magnification of the objective is displayed on the screen, and when switching magnifications, the calibration values recorded in the software are automatically adjusted, eliminating measurement errors caused by forgetting to switch the software magnification.

The brightness memory function can remember the illumination brightness when using each objective lens. When different objective lenses are switched, it automatically adjusts the light intensity, reducing visual fatigue and improving work efficiency.

The newly designed integrated T-shaped frame, made of all-metal high-pressure die-casting, has excellent stability. When observing at high magnification, the image plane remains stable without jitter, further ensuring the detection accuracy of high-magnification measurements.

The epi-illuminator uses a Koehler illumination system, with a field diaphragm and an aperture diaphragm, and pre-set slots for polarizers, analyzers, and filters. A single 10W LED warm white light illumination can minimize the observer's visual fatigue to the greatest extent.

      The field stop and aperture stop use a pull rod device, with adjustable centers, which can flexibly adjust the size of the illumination range and effectively avoid the influence of stray light on the image.

The polarizer and analyzer can achieve simple polarized light observation


FKX-51XY Fully Automatic Porosity Microscope Configuration Table

component

Specification

Optical System

Infinity-corrected optical system

Observation Tube

30° inclined, infinity hinge triple-viewing tube, interpupillary distance adjustment: 50mm~75mm, unilateral diopter adjustment: -2/+8 diopters, two-step beam splitting ratio R:T = 100:0 or 50:50

Eyepiece

High-eye-point, wide-field, flat-field eyepiece SWH10X/23mm (diopter adjustable)

Objective Lens

Flat Field Semi-Plan Apochromatic Bright Field Objective 5X/NA0.15 WD15

Flat-field semi-compound metallographic bright-field objective 10X/NA0.30 WD8.4

Flat-field Semi-Reciprocal Metallographic Bright-Field Objective 20X/NA0.45 WD3.0

Flat-field semi-apochromatic bright-field metallurgical objective 50X/NA0.75 WD3.0

Encoding Type

Objective turret

High-precision internal positioning 5-hole bright field encoding converter, brightness memory function.

The coded objective turret integrates the microscope's hardware settings with the FCL-RS image measurement software. The magnification of the objective is displayed on the screen, and when switching magnifications, the calibration values recorded in the software are automatically adjusted, eliminating measurement errors caused by forgetting to switch the software magnification. The brightness memory function can remember the illumination brightness when using each objective, and automatically adjusts the light intensity when different objectives are switched, reducing visual fatigue and improving work efficiency.

Lighting System

Self-Adaptation wide voltage 100V - 240V_AC50/60Hz, reflective lamp chamber, single high-power 10W LED, warm color, Koehler illumination, with field diaphragm and aperture diaphragm, center adjustable.

Focus Mode

Z-axis Manual Focusing

XY Electric Loading Platform

Platform travel: Horizontal direction * Vertical direction = 80 * 60 (unit: mm)

Screw Lead: 2000μm

Repeatability positioning accuracy: within ±3μm

Resolution at 16 subdivisions: 0.625μm per step

Step Angle of Stepper Motor: 1.8°

Rated operating current: 1.0A per axis (powered by 24V power supply)

Maximum load: ≥5kg

Maximum round-trip clearance: 3 microns

The maximum height of the sample is 25mm (other height dimensions can be customized)

Drive Control Box

Communicates with the PC using a universal 232 serial port (115200 baud rate)

Serial port control, capable of setting the motor's moving speed, moving distance, and moving direction

Camera Device

5.1 million pixels

Adapter Lens Interface

0.5X

Porosity Analysis Software

FKX2025 Porosity Image Analysis Software, High-precision Micrometer (Scale Value 0.01mm)


FKX2025 Porosity Image Analysis Software

FKX2025 Porosity Image Analysis is a system for measuring the porosity of cast aluminum used in the automotive industry, which detects the porosity of automotive parts through microscopic image methods and complies with the Germany Volkswagen VW50097 and PV6097 standards. The measurement results are accurate and reliable. It is mainly used for analyzing the casting porosity of castings such as aluminum alloys and cast iron, and is also applicable to the porosity analysis and metallographic analysis of other materials.

The porosity image analysis software can be used in conjunction with an electric stage to achieve automatic scanning, autofocusing, automatic stitching, automatic porosity measurement, data statistics, and report output.


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1. Image stitching function: Set the stitching parameters and image type, click "Auto Stitch", and the image stitching will be automatically completed.

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2. Search parameter settings: By setting the minimum area, maximum area, and threshold, a full-image search can be performed to identify all pores within the parameters set for the entire image.

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3. Image Selection Area: Provides selection tools such as rectangle, polygon, circle, square, triangle, etc. After selecting an area, the software automatically performs a pore analysis on the selected area.

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4. Pore analysis: Data such as perimeter, area, major axis, minor axis, equivalent circle diameter, aspect ratio, and circularity of each pore can be analyzed.

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5. Geometric measurement:Multiple measurement tools can be used for dimensional measurement.

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6. Data Statistics and Report Generation: It can calculate detailed parameter data for each pore and generate reports in either VW50093 or VW50097 report modes.

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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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