Microscopic Vickers Image Analysis Software System

Image analysis software is suitable for microhardness testers, Vickers hardness testers, etc.

Microhardness tester is an indispensable testing machine for studying metal structure, product quality management, and issuing product certification documents. For small parts of precision machinery, the metal structure, surface processing layer, electroplating layer, etc. can be measured for limited small parts, and there is basically no damage to the measured part, which has extremely high measurement reliability.

◆Suitable for various production and research enterprises related to metal material products, such as steel production, shipbuilding, automobile manufacturing, aircraft manufacturing, mechanical processing, high-pressure vessels, electronic devices, research institutions, etc.

VTFRMicroscopic image processing software,Covering almost all application fields of image quantitative analysis, including materials, metallurgy, medicine, biology, chemical engineering, tribology, and other fields that require the use of image methods for statistical and morphological automatic analysis and measurement. All kinds of detection and analysis related to image morphology can be completed using microscopic image analysis software. It includes morphological analysis of tissue cells, analysis of metal microstructure and grain size, analysis of pollutant content in oilseeds, morphological analysis of agricultural seeds, measurement of geometric dimensions of various micro heterogeneous parts, and morphological analysis of various reactant particles in the chemical industry. This image analysis software can provide more scientific basis for enterprise quality control, improve enterprise management level and external image, and is an effective tool for enterprises engaged in the development of new technological products and product quality monitoring. The microscopic image analysis system can also serve as an effective tool for theoretical teaching, experimental analysis, and basic scientific research.

◆ Features:It can be used for continuous testing of indentation after continuous loading, and can conduct sequential experiments of loading each time and reading the indentation each time. Adopting a convenient observation methodccdCamera and video cable allow for direct observation and measurement of pressure marks on the monitor, with high accuracy when using a mouse for measurement. For setting experimental conditions and displaying results, they can be operated and displayed clearly and quickly. By using measurement software, it is easy to operate with a computer, enabling single point measurement, random measurement of multiple points, statistical measurement data, and arbitrary setting of the spacing between two or more measurement points for measuring the depth of the infiltration layer Can be alongXperhapsYMeasure in two directions, collect measurement data, and determine the value based on user input (such as550）Automatically calculate the depth of the infiltration layer.Statistical calculation, conversion, displaying curves, judging whether they are qualified, etc.Can measure the length and angle of another piece, and save and print graphics.Used as a small projector.

▲VTFRKey features of
1. Provide a variety of powerful area selection tools that can process and analyze areas of any shape;
2. It can complete more than 100 professional image processing and analysis functions, including chromaticity adjustment, image deformation, mathematical morphology processing, image enhancement, image matching, texture analysis, feature recognition, etc;
3. support24True color image acquisition and supportRGB、CMY、HSV、Lab、YUVProcessing and analysis of color models;
4. The visualization processing of analysis data creates a direct mapping relationship between the analysis results and images, making it easier to observe and analyze;
5.Advanced particle automatic recognition and adhesive particle automatic segmentation functions ensure accurate analysis of complex images;
6.Automatic analysis and processing step editing function, capable of setting up a fully automated analysis process;
7.Geometric parameter measurement function, automatic quantitative analysis function for various characteristic bodies such as slender bodies, block bodies, granular bodies, and linear bodies, with analysis parameters of over 10000.
8.The analysis results can be stored in a database for statistical analysis, creating charts, printing reports, and outputting high-quality images.
▲VntMain processing and analysis functions:
one. Geometric dimension inspection:
Measurement of geometric parameters such as length, angle, area, perimeter, etc. of points, lines, curves, circles, ellipses, rectangles, and arbitrary shapes.
two. Image deformation and geometric correction:
Horizontal mirroring, vertical mirroring, translation, tilt, scaling, rotation, perspective, roaming, arbitrary, mesh deformation, etc;
three. Region selection tool:
Wands, lassos, ellipses, rectangles, circular tools, square tools;
four. Regional processing:
Reverse selection of regions, expansion and contraction of regions, smooth boundaries, translation, scaling, rotation, and arbitrary deformation;
five. Image processing:
（1）Color tone processing: negative image, gray value conversion, color tone adjustment, color balance, brightness contrast adjustment;
（2）Image enhancement: uniform illumination field, histogram stretching, histogram equalization, gray value function transformation, etc;
（3）Edge detection:Roberts、Laplace、Kirch、PrewittHorizontal, Vertical, Left45Right45Waiting for edge detection;
（4）Image smoothing: mean, median, low-pass filtering, etc;
（5）Gray value morphology: corrosion, expansion, opening and closing, opening and closing, peaks and valleys, morphological gradients, mixed filtering, etc;
（6）Image constant operation:RGBPerform operations such as addition, subtraction, multiplication, division, multiplication, exponentiation, etc. for each channel;
（7）Inter image computation:RGBPerform operations such as addition, subtraction, multiplication, division, AND, OR, NOT, AND, OR, Min, distance, and feature AND for each channel;
（8）Other filters: custom filters, mosaic, black spot removal, black area enhancement, etc;
six. Analysis target processing:
Expanding the analysis target, reducing the analysis target, smoothing the boundary, deleting the analysis target, filling holes, extracting inner and outer contours, morphological gradients, skeletonization, skeleton purification, branch pruning, breakpoint repair, etc;
seven. Analyze parameters(Ten categories in total)：
（1）Geometric parameters （2）Position parameters（3）Equivalent geometric parameters（4）External geometric parameters（5）Optical density parameter
（6）Morphological parameters（7）Moment parameter （8）Texture parameters （9）Hole parameters （10）Other parameters
Among them, individual parameters100Multiple, statistical parameters100Multiple, analyze parameters. The total number reaches10000Multiple items.
eight. Visualization processing of analysis parameters:
The analysis results are directly mapped and displayed with the image. Extract and display specific targets and their long axis, centroid, bounding rectangle, convex hull, numbering, etc. Analyze the stacked display of different transparency colors for the target;
nine. Other functions:
The system also provides more than ten interactive processing tools such as straws, brushes, fillers, lines, moves, and cuts;
▲VTFRIntroduction to Usage
VTFRThe image analysis software adopts advanced image analysis algorithms and can process, analyze, and detect various microscopic images.VTFRIt can be divided into the following functional parts:
1Image processing section 2Region selection and processing section 3Analysis target selection and processing section
4Target analysis section 5Image input and output section 6System parameter settings 7Interactive tools