As the functions of terminal connectors continue to increase, their structures become more and more complex, and their volumes become more and more miniaturized. The difficulty of connector size measurement and appearance defect detection is also increasing. Traditional manual detection methods are increasingly unable to meet the quality inspection requirements of connector products, and machine vision automated detection equipment must be used to ensure the accuracy, efficiency and accuracy of detection.
How it worksAt present, the commonly used detection equipment for terminal connectors is a two-dimensional measuring instrument, also known as an image measuring instrument or a video detector, which is suitable for all application fields for the purpose of two-dimensional dimension measurement and is widely used in machinery, mobile electronics, instruments, plastics and other industries. The two-dimensional element transmits the captured image to the computer's data acquisition card through a data cable by projection, and then the software images it on the computer monitor; it can measure various geometric elements (points, lines, circles, arcs, ellipses, rectangles), distances, angles, intersections, form and position tolerances (roundness, straightness, parallelism, verticality, inclination, position, concentricity, symmetry) on parts, and can also be used for CAD output of 2D contour drawing of the outer contour. Therefore, it can not only observe the contour of the workpiece, but also measure the surface shape of opaque workpieces.
The two-dimensional measuring instrument is one of the most widely used measuring equipment in the industry. Compared with the traditional caliper detection, it can better meet the requirements of modern connector production and manufacturing, improve production efficiency and ensure product shipment quality.
Software functions
1) Can measure any geometric dimensions on a plane, including diameter, radius, length, angle, width, height, depth, point-to-point distance, point-to-line distance, center-to-center distance, etc.
2) With the function of taking pictures of parts, it can be compared more intuitively
3) The software can analyze the measurement data at any time
4) The measurement data can be directly imported into Word and Excel for analysis
5) It has the function of automatic edge finding, making the measurement faster and more accurate
6) The shortcut key function allows the operator to measure quickly and conveniently
7) It can be saved in DXF format and seamlessly transfer data with AutoCAD software
8) It can be edited and used directly in AutoCAD, making the measurement result processing more convenient and quick.
