What are the wide applications of the two-dimensional image measuring instrument in the image measuring instrument?

What are the wide applications of the two-dimensional image measuring instrument in the image measuring instrument? The original meaning of the two-dimensional image measurement is a two-dimensional plane space, and it also means a precision image measuring instrument. It is usually used to refer to the aircraft world where the ACG field is located, including animation series, comics, games and other series of aircraft vision products, and the opposite The three-dimensional element refers to the working principle of the real world two-dimensional image measuring instrument through the optical lens to perform high-magnification imaging of the object to be measured. After the CCD camera system sends the enlarged target image to the computer, it can effectively detect the contour, surface shape, size, angle and position of various complex workpieces, especially zero-precision fine inspection and component quality control. The measurement data can be directly input Become a complete engineering drawing in AUTOCAD. Graphics can be generated as DXF files, or imported into WORD, EXCEL, SP reports for statistical analysis, and simple Xbar-S control charts can be drawn, various parameters such as Ca, etc. 1. CNC electric desktop: control the workbench through software functions, which increases the convenience of the operator's use and operation. 2. CNC automatic measurement: the product size can be automatically measured according to the program set by the customer, and the measured value can be automatically transferred to Excel to generate a statistical report. 3. Mark in the entire view of Wuguan: You can mark the size in the entire view. 4. JPEG image input: You can input the actual workpiece in the JPEG image and the real-time image stored in the previous photo for overlap comparison. 5. Simple height measurement: With auxiliary focusing function, it can measure the height of the Z axis. 6. Graphics output to AutoCAD: The graphics drawn in the real-time image according to the shape of the actual workpiece can be directly output to AutoCAD and become engineering drawings. 7. The graphics are output to AutoCAD and automatically adjusted: the graphics drawn according to the actual shape of the workpiece in the real-time image can be used to set benchmarks according to actual needs and adjust during transmission. 8. Import standard engineering drawings in AutoCAD: You can directly input the standard engineering drawings in AutoCAD into the image of the surveying and mapping software, so that the AutoCAD engineering drawing and the actual shape of the workpiece can be overlapped and compared to find the difference between the workpiece and the workpiece. 9. Auxiliary focusing: every time the focal length is changed, the computer will determine the focusing surface to ensure the repeatability and accuracy of the measurement. 10. Bird's eye view: Observe the complete graphics of the workpiece and have a shrinkage placement function similar to AutoCAD.

11. SPC data conversion process capability analysis: It can output the data measured by the image measuring instrument to Excel for analysis.