Fully automatic video measuring instrument

  The fully automatic video image measuring instrument is a high-tech device that utilizes CCD digital image technology and powerful software capabilities for spatial geometry operations. Once the computer is installed with the control and graphic measurement software, it becomes the instrument's main processing unit. 
  The optical ruler's displacement value is quickly read and processed by the software module, generating graphics on the screen for the operator to compare and visually distinguish any deviation of measurement results. All of this is done in real-time, and the operator cannot detect it, thanks to the mighty computing power of the computer. 
  The fully automatic image-measuring instrument is the advanced stage of image measurement technology, which offers an automatic learning function based on machine vision and process control. It can self-learn and memorize the entire measurement process, including focusing, point selection, function switching, manual correction, light matching, and other operating methods. 
  With its automatic focusing, area search, target locking, edge extraction, and fuzzy operation of rational matching points, it can automatically correct the deviation caused by workpiece and displacement differences and achieve accurate point selection with high precision repeatability. This way, the operators can focus on more complex tasks, and the efficiency of workpiece batch testing can be improved hundreds of times to meet the needs of industrial sampling inspection and mass testing.