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Composite image measuring instrument
The JVT400 composite image measuring instrument can efficiently detect the contour, surface shape, size, angle, and position of various complex shaped
Product details
1. Instrument name:Composite image measuring instrument
2. Instrument number:JVT400
3Instrument features:
●Adopting high-precision granite base and columns, sturdy and stable;
●Using LED cold light source, the bottom and surface lights can be manually adjusted to achieve transmission and reflection lighting, with high brightness, long lifespan, and small size;
●The use of a continuously variable magnification objective lens can quickly change the magnification of the image, making it suitable for measuring different workpieces;
●Adopting seamless friction transmission, it can switch and move quickly, greatly improving work efficiency;
●On the basis of the JVP video measuring instrument, high-precision Renishaw probe probes have been added, equipped with TPM dedicated software, which can be used for measuring solids, slopes, circles, grooves, columns, balls, cones, blind holes, heights, etc., as well as calculating the relevant positions, distances, and angles of each element. The entire measurement can be completed in one go.
●Using LED cold light source, the bottom and surface lights can be manually adjusted to achieve transmission and reflection lighting, with high brightness, long lifespan, and small size;
●The use of a continuously variable magnification objective lens can quickly change the magnification of the image, making it suitable for measuring different workpieces;
●Adopting seamless friction transmission, it can switch and move quickly, greatly improving work efficiency;
●On the basis of the JVP video measuring instrument, high-precision Renishaw probe probes have been added, equipped with TPM dedicated software, which can be used for measuring solids, slopes, circles, grooves, columns, balls, cones, blind holes, heights, etc., as well as calculating the relevant positions, distances, and angles of each element. The entire measurement can be completed in one go.
4Instrument usage:
JVT400The composite video measuring instrument can efficiently detect the contour, surface shape, size, angle, and position of various complex shaped workpieces, especially for micro inspection and quality control of precision components. Suitable for industries such as electronics, instruments and meters, tool fixtures, precision mechanical parts, precision hardware, electronic components, plastic and rubber products, semiconductor components, stamping parts, connectors, molds, automobiles, mechanical processing, military industry, aerospace, universities, research institutes, as well as metrology departments or workshop inspection stations at all levels.
5Specification parameters:
5.1Measure the travel distance（mm）：400×300×200
5.2Instrument dimensions（mm）：980×650×1650
5.3Workbench load-bearing capacity:30kg
5.4Operation mode: manual (switchable for quick movement)
5.5Magnification factor:Atep Zoomoptics0.7×～4.5×
5.6Measurement system: semi-automatic measurement software+TPM coordinate measurement software
5.7Measurement resolution: 1 μ m
5.8Measurement accuracy: （3+L/200）μm
5.9Repeatability: 2 μ m
5.10Suitable environment: Temperature 20 ± 5 ℃ Humidity 45%～75%
5.11CCDImported color 410000 pixel CCD
5.12Power supply: (110V/220V) ± 10% （50/60）HZ
6.Function of semi-automatic measurement software
6.1Basic geometric measurement: measuring points, lines, circles, arcs, ellipses, etc.
6.2Automatic measurement function: automatic edge finding measurement, frame selection measurement, screening of burrs, automatic edge finding for quick measurement of points, lines, circles, arcs, etc.
6.3Combination element measurement: Combining points, lines, and circles for measurement, can calculate center distance, circle tangent, centerline of two lines, center point, vertical distance, angle bisector, intersection of two lines, etc.
6.4Measurement of form and position errors: measure and calculate form and position errors such as concentricity, roundness, straightness, positional accuracy, inclination, etc.
6.5Coordinate system setting: The original coordinates can be translated or rotated, the position of the object can be adjusted, or a new coordinate system can be reset.
6.6Comparison function: Output the geometric measurement workpiece image graphics in DXF format for real-time comparison measurement. It can also retrieve the AutoCAD engineering drawing document and the image DXF document graphics for overlapping comparison measurement, thereby verifying the deviation between the workpiece and the standard drawing.
6.7Semi automatic height measurement: The focus indicator can use Z-axis macro step movement to focus and obtain multiple clear Z-axis tomographic images, which can be combined into a clear and complete image combination. The system will determine the best clarity position of the image based on the image combination, effectively enhancing the reliability and repeatability accuracy of the measurement, and reducing errors.
6.8Dimensioning function: In object image measurement, composite calculation measurement can be performed based on image graphics without clicking function keys and command bars, and length, angle, coordinate, radius, etc. can be directly annotated on image graphics in the image window.
6.9Output of detection results: can be exported to DXF/WORD/EXCEL for data processing.
6.10Geometric tolerance setting: Several positional tolerances in the workpiece can be identified in the form of shortcut keys and selected in an intelligent dialog box, making the operation simple and convenient.
6.11Direct axis light source system: The use of a direct axis light source system can display the contour of the workpiece with high precision, allowing for more accurate measurement data when using semi-automatic image measurement software.
6.122DCopying function: The measurement software can perform 2D/3D copying in reverse engineering, so as to create standard 2D engineering drawings and 3D models, providing great space for reverse engineering development of other hardware, plastic molds, and other materials.
6.13Measurement Data Statistics (SPC): Operators can edit data statistics tables according to the measurement requirements of the workpiece. Statistics can be performed on data such as * large value, * small value, average value, offset, mean offset, standard deviation, X-R, XM-R control chart, X-S, Ca, Cp, Cpk, etc.
6.14Semi automatic learning function: The measurement system has a semi-automatic program programming function that can be stored/retrieved for use. When conducting batch testing, only one measurement path programming is required, and the measurement points can be automatically captured without the need for further operation.
7.TPMThree coordinate measurement software functions
7.1Geometric element measurement function: collecting points, lines, circles, ellipses, planes, spheres, cylinders, cones, etc;
7.2Combination calculation function: It has combination calculation functions such as distance, angle, combination point, combination surface, combination circle, etc;
7.3Geometric tolerances: calculate straightness, roundness, flatness, cylindricity, perpendicularity, parallelism, coaxiality, etc;
7.4Probe calibration and coordinate adjustment: perform probe calibration and workpiece coordinate adjustment;
7.5Probe measurement orientation: Multiple probe modes and angles can be selected;
7.6Data output: can be exported to software such as Excel, Word, AutoCAD for further processing and statistical analysis.
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