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The high-speed, high-precision, and powerful professional-grade automatic image measuring instrument of automatic imaging technology can realize precise measurement of the contour, apparent size, angle and position of various complex and precise parts. The best choice, with automatic software, can realize automatic programming, based on CAD digital-analog measurement, it is a fully automatic imaging instrument for high-end applications in China.
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The high precision image measuring instrument can be controlled and operated by the computer, which reduces the manual operation. It is to improve the user (enterprise) work efficiency, reduce production costs of a new generation of measuring instruments. This series of large stroke automatic image measuring instrument is mainly used in PCB circuit board, copper clad plate, flat glass, liquid crystal module, knife die, insulation material and other industries.
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Automatic image measuring instrument, with excellent self-learning function, makes complex workpiece measurement easy to learn, three-axis use high-performance synchronous belt drive, unique guide rail design, reliable Z-axis anti-rotation Non-linear spring, automatic three-coordinate image measuring instrument has higher environmental temperature adaptability, and is widely used in hardware machinery, metallurgical molds, automotive aviation, electronic textiles, scientific research institutions and other industries.
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Mainly widely used in machinery, electronics, molds, injection molding,hardware, rubber, low-voltage electrical appliances, magnetic materials,precision stamping, connectors, connectors, terminals, mobile phones, homeappliances, printed circuit boards, medical equipment, clocks, knives and othersmall-sized products and parts for batch rapid measurement.
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Automatic image measuring instrument is a coordinate measuring machine, also known as image probe coordinate measuring machine. It uses the optical microscope to carry out free magnification imaging of the measured object. Through the CCD camera system, the amplified image of the measured object is transmitted to the computer connected with the instrument, and the geometric size measurement and drawing of the object are combined with the computer software. And the data can be tabulated and post-processed for non-contact, efficient detection of various complex workpiece geometry. It is suitable for engineering development, drawing and product surveying and testing of machinery, electronic appliances, molds and precision hardware.
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