What is a fully automatic image measuring instrument?

The fully automatic image Measuring Instrument can conveniently and quickly stop three-dimensional coordinate measurement and SPC result classification, and meet the increasingly prominent requirements of contemporary manufacturing for size detection: faster, more convenient, and more accurate measurement is necessary to handle another bottleneck in the growth of the manufacturing industry

The fully automatic image measuring instrument is based on wild intelligent techniques such as active edge extraction, active matching, active focusing, measurement decomposition, and image decomposition using mechanical vision. It has functions such as active measurement of where to go, active measurement of CNC positioning, active batch measurement for learning, guidance for image map purposes, and full field eagle eye magnification. At the same time, it is based on the active focusing process under mechanical vision and micrometer precision control, which can meet the needs of assisting in height measurement under clear imaging (and can also insert contact probes to complete coordinate height measurement). It supports the software function of spatial coordinate torsion, which can stop batch measurement in an environment where the workpiece is randomly arranged, and can also use fixtures to stop multi measurement scanning measurement and SPC result classification.

The fully automatic image measurement instrument is the primary stage of image measurement technology, with highly intelligent and proactive characteristics. Its software and hardware functions make coordinate size measurement convenient and comfortable, with active learning function based on mechanical vision and process control. With the high-speed and accurate micrometer level positioning of digital instruments, the measurement process can be self-learning and imaged through focusing, point selection, function switching, wild batch modification, lighting matching, and other manipulation processes. The fully automatic image measuring instrument can easily learn all the practical operation processes of the operator, and achieve wild intelligence through its active focusing and region search, target locking, edge extraction, and point matching operations. It can actively correct the deviation caused by workpiece differences and walking differences, and accurately select points, with high precision repeatability. Thus, operators can break free from monotonous operations such as precise visual alignment, frequent point selection, repeated positioning, and functional switching, as well as increasingly heavy testing tasks, and improve the effectiveness of batch testing of workpieces hundreds of times, meeting the needs of industry sampling and mass testing.