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DEVELOPMENT CHARACTERISTICS AND TRENDS OF IMAGE MEASURING INSTRUMENTS
Author:管理員 ?? Posted on:2019-04-11 16:44:08 ?? Text:【Big】【Medium】【Small】Browse (3594)
Summary:Imager image measuring instrument automatic imager automatic imager

In recent years, with the rapid transformation of the national equipment manufacturing industry, the development of the image measuring instrument industry has been greatly promoted. Measurement technology has changed from mechanical contact comparison measurement to non-contact optical image measurement; measurement accuracy has also reached 0.001mm, even 0.0005mm from the traditional 0.01mm; measurement efficiency has evolved from simple manual to fully automated high-speed measurement. The measurement range has been developed from ordinary machining measurement to miniaturization and miniaturization of circuit boards and liquid crystal panels. With the rapid development of opto-mechatronics and integrated technology, non-contact optical imaging measurement has become the development trend of the measurement instrument industry.
       Modern measuring instruments have evolved from the past mechanical measurement to the current highly integrated non-contact optical image (image measuring instrument) measurement technology. Compared with traditional measuring instruments, non-contact optical imaging measuring instruments mainly have the following main features:
       1 Variety of measurement methods: non-contact optical image measurement
       The traditional measurement methods are contact measurement such as mechanical vernier calipers and micrometers; modern measurement methods are diverse, and measurement techniques such as laser scanning measurement and optical image measurement, especially optical image measurement have been promoted and applied in recent years. Using sensor technology, electronic technology, software technology and optical CCD imaging and other comprehensive subject technologies, image processing analysis and detection of the tested products effectively solves the uncertain effects of human factors on products and improves the accuracy of detection. .
       2 High-precision measurement: Accuracy is improved from traditional millimeter, micron to nanometer, and the measurement accuracy level is improved.
       The traditional detection method mainly uses the commonly used testing instruments such as steel ruler, vernier caliper and micrometer to measure the measured items. The measurement accuracy can only reach millimeters, the maximum micron level, and the measurement accuracy is low, which can not meet the development needs of modern mechanical equipment manufacturing industry. . Non-contact optical image measurement, through scientific image processing analysis and calculation method, the accuracy level can reach micron and nanometer precision, improve the accuracy level of detection, and provide a reliable guarantee for the development of manufacturing industry.
       3 High efficiency testing: automatic large-scale testing
       The traditional detection methods are manual and single-piece inspection. If large-scale production is required, full inspection is required, which will result in low detection efficiency and increase more human uncertainty. Non-contact optical image measurement, through fully automatic servo control, coupled with a reasonable tooling inspection tool will greatly improve the efficiency and accuracy of detection, can detect several, dozens or even more products per minute, especially Suitable for mass production and testing.
      4 Diversity of measurement range: the same instrument can detect various elements such as length, angle and roundness
      Traditional inspection tools mainly detect length dimensions, such as steel rulers, vernier calipers and micrometers. For the detection of roundness and angle, other special measuring tools have to be replaced. Non-contact optical image measuring instruments can simultaneously detect the length, angle, and Roundness and other elements, more than one responsibility, to meet the full range of testing needs of customers.
      From the perspective of the development of science and technology in the world, the fully automatic high-precision optical image measuring instrument integrated with optical and mechatronics technology has its own non-contact measurement, high precision, high efficiency and wide measurement range. Also includes:
      1 Modularization: In order to ensure the mass production of measuring instruments, it is necessary to consider the generalization and modularization of product design in design. The products are common to each other and borrowed. Each module realizes a single function, which is convenient for disassembly and maintenance and function replacement. At the same time, the mechanical, software and electrical parts are mutually infiltrated, and they are independent and easy to maintain.
      2 Onlineization: With the development of factory automation, the application of robots will become more and more extensive. How to realize the automatic production of factories, how to ensure the stability of product quality, and the online inspection of factory automation will be more and more favored. The online detection and identification system will usher in the spring of its development.
      3 Integration: With the rapid development of China's national economy, various scientific and technological technologies at home and abroad continue to invade, advanced technologies such as high-precision machining, optical technology, microelectronics technology, software technology, sensor technology and laser technology. With continuous mutual reference and integration, measuring instruments will also develop into an advanced testing instrument integrated in various disciplines.
      The development of high-precision non-contact optical imaging measuring instruments industry is not only the demand for the development of national equipment manufacturing industry, but also the demand for the development of measuring instruments. It is also the demand of the majority of instrument manufacturers and users, and will also be brought to the country, society and individuals. Come to considerable economic value.


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