Automatic image Measuring Instrument is an artificial intelligence modern optical non-contact measuring instrument developed on the basis of digital image measuring instrument for automatic metallographic polishing mill. It inherits the excellent motion accuracy and motion control performance of digital instruments, and integrates the design spirit of machine vision software. The current advanced optical dimension testing equipment. The fully automatic image measuring instrument produced by Yihui Photoelectric Co., Ltd. can easily and quickly classify the coordinate measurement and SPC results, meeting the increasingly prominent requirements of modern manufacturing dimension detection: faster, more convenient and more accurate measurement requirements, and solving another bottleneck technology of manufacturing development.
The automatic image measuring instrument is based on machine vision, automatic edge extraction, automatic horsepower, automatic focusing, measurement synthesis, image synthesis and other artificial intelligence technologies. It has automatic measurement of "where to go", automatic measurement of CNC positioning, and automatic learning batch measurement. Image map targets guide excellent functionality. At the same time, the automatic focusing process based on machine vision and micro precision control can meet the needs of auxiliary height measurement under clear angiography (it can also be added to the contact probe to complete coordinate height measurement). Excellent software performance supports spatial coordinate rotation, batch measurement can be carried out by randomly placing workpieces, and fixtures can be used for large-scale scanning measurement and SPC result classification.
The imager manufacturer is an advanced stage of image measurement technology, which is characterized by high intelligence and automation. Its excellent hardware and software performance makes coordinate dimension measurement convenient and fast. It has automatic learning function based on machine vision and process control. It can take the measurement process, focus and selected path according to the high-speed and accurate micro position of the digital instrument. Point, function switching, manual correction, optical matching and other operations are self-learning and memory. The automatic image measuring instrument can easily understand all the actual operation processes of the operator, and combine automatic focusing and area search, target locking, edge extraction, and fuzzy calculation of point selection to achieve artificial intelligence, which can automatically correct differences and workpiece positions. The offset caused by the difference makes it possible to select points accurately with high accuracy and repeatability. Therefore, the operator can get rid of fatigue, frequent selection, repeated walking, function switching and other monotonous operations of accurate visual alignment and increasingly onerous tasks to be tested, and the workpiece batching efficiency is improved hundreds of times to meet industrial sampling and inspection. Mass testing is required.
