Workshop specific precision image measuring instrument

Workshop specific precision image measuring instrumentOur company's products are widely used in LCD panels, conductive particles, PCB boards TP、TFT、 Mobile phone accessories, precision molds, cutting tools, gears, hardware products, terminals, screws, springs, electronic products, connectors, clocks, wires, stamping products, plastic products, automotive parts, medical equipment, aerospace, universities, research institutes and other fields.

Workshop specific precision image measuring instrumentfeature

It has the characteristics of high intelligence and automation. Its software and hardware performance makes coordinate dimension measurement convenient and comfortable, with automatic learning function based on machine vision and process control. With the high-speed and accurate micrometer level positioning of digital instruments, it can self learn and memorize the measurement process path, focusing, point selection, function switching, manual correction, lighting matching and other operation processes. The fully automatic image measuring instrument can easily learn all the practical operation processes of the operator, combined with its automatic focusing and area search, target locking, edge extraction, and fuzzy operation of point matching to achieve artificial intelligence. It can automatically correct the offset caused by workpiece differences and positioning differences to achieve accurate point selection, with high precision repeatability. Thus, operators can be freed from the monotonous operations of precise visual alignment, frequent point selection, repeated positioning, function switching, and increasingly heavy test tasks due to fatigue, and improve the efficiency of workpiece batch testing hundreds of times, meeting the needs of industrial sampling and large-scale testing.

Software Introduction

(1) Complete range of measurement elements: directly measure 12 types of elements (points, lines, circles, arcs, ellipses, rectangles, grooves, O-rings, distances, angles, open cloud lines, closed cloud lines). Measuring the circumference, area, and center of gravity of closed cloud lines using cubic interpolation algorithm is currently the most accurate method for measuring cloud lines. The more sampling points, the more accurate.

(2) Super edge searching algorithm: ensures accurate and error free edge searching Sub pixel edge searching can achieve an accuracy of up to 1/10 of a pixel. With a professional expert edge searching mode, or to solve the problem of difficult edge searching after surface lighting, various edge searching algorithms can be set up to accurately capture boundaries. It has an automatic deburring function, which can accurately identify dark and unclear boundaries

(3) Macro measurement function: Macro measurement function is to associate some measurements and construction commands with a button. Click the button to start executing the macro measurement function. The macro measurement function will automatically complete the construction action, reducing the number of mouse operations by the user and improving work efficiency. The software provides 16 sets of macro measurement functions, and users can edit the icons of macro measurement function buttons themselves.

(4) Powerful construction function: The software provides wizard construction function, which is a major feature of the software. Customers can simply click on the relevant button to automatically obtain the desired results The software provides 10 construction methods (translation, rotation, extraction, combination, parallelism, perpendicularity, mirroring, symmetry, intersection, tangency)

(5) The small R-angle measurement algorithm: For large radius and small arc length R-angles, it has always been a difficult measurement problem in the measurement industry. After extensive experiments and algorithm optimization, our company has finally created an effective algorithm that can effectively solve this problem By measuring the arc and its adjacent two tangents, this problem can be solved Through practice, the repeatability can reach within 0.01

(6) Automatic discrimination measurement (automatic recognition of lines, circles, and arcs): Simply place the mouse on the edge of the workpiece to automatically find the line, circle, or arc

(7) Rich display results: The measurement results of various elements show a large amount of information, which can meet the needs of various customers. And it is possible to set which content to display and which content not to display, as well as individually set the display information for each individual element. Similar elements can also be set

(8) Out of tolerance red warning: If the measurement result is out of tolerance, it will indicate which item is out of tolerance and display it in red, and the corresponding graphic will also turn red

(9) Can display optical magnification and screen magnification: The following figure shows the optical magnification and screen magnification. The screen magnification is automatically calculated by the software and can display how many millimeters one pixel is equivalent to.

(10) Ability to establish multiple workpiece coordinate systems: Multiple workpiece coordinate systems can be established based on drawings. Realize coordinate transformation of various coordinate systems; Can easily achieve mutual conversion between Cartesian coordinate system and polar coordinate system; Capable of storing and calling coordinate systems for various workpieces. After establishing the coordinate system, if the crosshair rotation function is selected, the crosshair will rotate, indicating the direction of rotation of the coordinate system

(11) Establishing user programs is convenient and fast: user programs can be created through translation and rotation.

(12) Editing and modifying user programs is intuitive and convenient: any element, including coordinate systems, can be deleted or inserted. You can view the edge finding status of a certain element and change the environment for edge finding measurement. If necessary, an element can be remeasured to change its measurement method and environment.

(13) During the automatic measurement process of the machine, manual measurement can be performed: if the customer wishes to manually measure a certain element or elements instead of the machine automatically measuring them, the software can easily achieve this. The software provides a breakpoint setting function, which can be set at the element to be manually measured. When the machine reaches that point, it will automatically stop.

(14) When running the user program, data can be automatically aligned and imported into Excel:

(15) When running the user program, the data can be automatically imported into professional SPC software: after setting up the workpiece information in our professional SPC software, as long as a workpiece is measured, the data will be automatically sent to the SPC software data without the need for conversion through TXT files or third-party software. The entire process is automated and does not require human intervention.

(16) When measuring abnormalities, intelligent processing can be performed: the software provides out of tolerance pause and measurement failure pause functions, for example, if the workpiece accidentally moves during the measurement process. At this point, the machine will pause and allow the selection for further processing

(17) Auto focus function: Provides precise focus and quick focus functions, which can measure height values through focus. At an optical magnification of 2.0X, the focus repeatability can reach 0.003mm. Alternatively, the current point coordinates can be obtained through auto focus. You can also set whether to perform autofocus when running the user program

(18) Auxiliary dimming: The dimming indicator will indicate to the user when the light intensity is, avoiding measurement errors caused by lighting and improving measurement accuracy and efficiency.

(19) Up to 9 motion control modes: The software provides nine motion control modes for users to easily move the workbench, including: using the operation box to move the workbench, clicking the middle mouse button in the image window, holding the right mouse button in the image window to move, clicking the middle mouse button in the drawing window, selecting to move here in the element list window, clicking the mouse in the motion control window area, clicking the middle mouse button in the scanning window, clicking the middle mouse button in the map window, and entering coordinate values to move.

(20) Annotation function: It can directly annotate angles, distances, X-direction distances, Y-direction distances, circle (arc) radii, circle (arc) diameters, and arc lengths on element graphics in the drawing and image areas.

(21) System error correction: The software has a system error correction function. At present, linear, segment compensation, verticality error compensation, surface correction, Z-axis straightness error compensation, and lens center offset error compensation can be performed.

(22) Tolerance: Comprehensive ability to calculate dimensional tolerances. Default tolerance zones can be set. And tolerance zones and nominal values can be set in batches Capable of calculating form and position tolerances in accordance with national standards, able to calculate shape tolerances, true straightness, and true roundness of circles and arcs. The calculation of positional tolerance includes positional accuracy, parallelism, perpendicularity, inclination, concentricity, and symmetry. Out of tolerance can automatically trigger an alarm and issue a red warning.

(23) Polar and Cartesian coordinates can be switched: The software supports mixed programming of polar and Cartesian coordinates, which can display certain elements as polar coordinates and certain elements as Cartesian coordinates. And it can be exported to the corresponding report.

(24) Automatic printing function: The software supports automatic printing function, which means that after the measurement is completed, the results can be automatically printed, and the elements that are out of tolerance, qualified, or all elements can be printed. These can all be set by the customer themselves

(25) The parameters for image settings can be programmed: that is, the contrast, brightness, and chromaticity of the image settings can be recorded in the process sequence, and when running again, the image state set at that time can be reproduced

(26) DXF file import programming: Dxf file import automatically generates nominal values and measurement programs for workpieces. After the measurement is completed, a comparison can be made between the measured value and the nominal value.

(27) Scanning function: It can scan the points on the edge of the workpiece in multiple areas. This scan scans all the points on the edge of the image window to form point data, and saves the scanned points as DXF files. The figure below shows the shape obtained by scanning the edge of the entire workpiece. Click the middle mouse button to move to the current position.

(28) A second camera can be installed for workpiece positioning: The software supports a second camera, which can capture a larger image range and be used for workpiece positioning. In the image captured by this camera, you can point to where the machine will move towards. Facilitate customers to quickly locate the position of the workpiece to be measured

(29) Large map function, and can annotate on the map: the workpiece can be divided into multiple areas for photography, forming a large map, and can be annotated on the map.

(30) Measuring multiple identical workpieces at once (array measurement): By placing multiple identical workpieces on the workpiece table, all workpieces can be measured at once, which is called array measurement. The software provides rectangular array and circular array functions. A rectangular array refers to the regular placement of workpieces in both horizontal and vertical directions. A circular array refers to a workpiece rotating around a certain point in a circular state. And automatically export the measurement data to reports and SPC software

(31) Contour tracking: Automatic contour tracking can be performed, whether it is regular or irregular shapes, to automatically track the contour of the workpiece.

(32) Function of image measurement flatness: The software has the function of measuring flatness through images and simple 3D measurement functions such as calculating the distance from a point to a plane

(33) Online SPC function: Provides independent and professional SPC software for subsequent processing of measurement data. The measurement software seamlessly connects with the SPC software. After the measurement software completes the measurement, the data is automatically imported into the SPC database without the need for manual input. All control limit settings are completed in the measurement software, and the SPC software does not need to be set again, greatly improving efficiency. SPC provides process and analytical control charts. The provided control charts include: mean full range control chart, mean standard deviation control chart, median full range control chart, individual value and moving average control chart, histogram, cpk transition chart, specification standard deviation control chart, process standard deviation control chart, standard deviation comparison chart, process suggestion analysis chart, etc. The generated graphics can be judged using eight judgment rules.

(34) Laser probe can be installed: Laser probe can be installed for laser measurement, and the laser probe can be co coordinated with the imaging probe. And mixed programming can be performed.

(35) Contact probes can be installed: The software supports contact probes for measuring three-dimensional space.

Technical Specifications