Fully automatic video measuring instruments bring driving force to industrial development

The fully automatic video Measuring Instrument is an artificial intelligence modern optical non-contact measuring instrument developed on the basis of digital video measuring instruments. It has excellent motion accuracy and control performance of digital instruments, integrates the design flexibility of machine vision software, making it highly intelligent and automated. The fully automatic video measuring instrument has become the most cutting-edge optical measuring equipment today, bidding farewell to the era of manual inefficiency, Moving towards an efficient era of digitization, intelligence, and automation.

In the domestic measurement market, many image brands are keeping up with the development of the times and striving to develop and produce fully automatic video measurement instruments, among which KSY Optoelectronics is already in a leading position. The KSY optical cine image measuring instrument, with its high-quality software and hardware performance, makes coordinate size measurement more convenient and effective. It is based on artificial intelligence technologies such as automatic edge extraction, automatic matching, automatic focusing, measurement synthesis, and image synthesis using machine vision. It has three methods: manual measurement, CNC scanning measurement, and automatic learning measurement, and can overlay the three methods for composite measurement. A bird's-eye image map can be generated by scanning to achieve full screen target traction where measurement points are needed. The measurement results generate graphics that are synchronized with the image map image. The graphics can be clicked to automatically return to their original position and enlarged in full screen with eagle eyes. The imaging error of any measured size can be corrected through standard measurement and calibrated, thereby improving the batch measurement accuracy of key data, freeing operators from tedious and precise visual alignment, frequent point selection, repeated positioning, function switching and other monotonous operations, as well as increasingly heavy repetitive labor, greatly improving the efficiency of batch inspection of workpieces by hundreds of times.