What are the advantages and application areas of fully automatic image measurement instruments?

The fully automatic image Measuring Instrument can handle surface size measurement of printed circuit boards (PCBs), while also providing 2D tight measurement. It also has the characteristics of high speed and precision, which can perform multiple functions on a single machine, greatly reducing the cost of repeatedly purchasing machines and the waste of utilizing empty space. The SOV series is a versatile 3D compact measurement and French compilation system. Measurement tools can be PCB boards, negatives, or other objects with 2D features. He can measure the center of a circle (arc), radius, line width, included angle, interval, and intersection point on an object; It also has the function of batch active measurement and French compilation; The system contains fundamental image processing functions, such as removing burrs and finding intermediate lines; In addition, it also has functions such as statistical analysis, active focusing, and active detection. The detection software for SOV series products was developed under Windows, with functions such as wide range, drawing, and image display. The system operation is simple, simple, and agile.

The fully automatic image measuring instrument has three methods: wild measurement, CNC scanning measurement, and active learning measurement, and can stack the modules of these three methods to stop composite measurement. It can scan the natural overlooking image map, achieving a full screen policy of where to go and where to go. The natural graphics of the measurement results are synchronized with the image map image. It can click on the graphics to actively return to the original position and enlarge the full screen eagle eye. It is possible to correct the imaging deviation of the imaging through the actual measurement of the measured size and stop calibration, thereby improving the batch measurement accuracy of critical data. The fully automatic image measuring instrument has a friendly human-machine interface, supporting multiple selection and further education and correction.

The fully automatic image measuring instrument is widely used in fields such as compact electronics, wafer technology, cutting tools, plastics, compact parts, springs, stamping parts, connectors, molds, military engineering, two-dimensional reading, drawing, engineering development, hardware and plastic, PCB board, conductive rubber, powder metallurgy, screws, watch parts, mobile phones, pharmaceutical industry, fiber optic devices, automotive engineering, aerospace, high-end universities, research institutes, etc.