Automatic image measuring instrument

Automatic image measuring instrument (also known as automatic image precision surveying and mapping instrument), as the main measurement equipment in the traditional optical era, has been in the manufacturing industry for dozens of years. Compared with the accurate measurement ability of the traditional era, it has always affected the measurement accuracy of the manufacturing industry and has become a standard.

   It upgrades the industrial measurement method from the traditional optical projection alignment to the computer screen measurement based on the era of digital imaging. It is worth mentioning that there is currently a transitional product on the market that has both a digital display and a computer. Strictly speaking, this kind of equipment that only uses a computer as an aiming tool is not an image measuring instrument. It can only be called a "automatic image measuring instrument" or a "automatic image precision surveying and mapping instrument". In other words: the image measuring instrument relies on computer screen measurement technology and powerful spatial geometry calculation software. Automatic image measuring instruments are divided into two types: digital automatic image measuring instruments and hand-cranked image measuring instruments.

    Digital automatic image measuring instrument technology is an inevitable product of the digital age. Like any digital-related technology, it includes both hardware and software. The digital imaging system puts a mind on the traditional orthographic projection, and injects the soul of the software, so that the measurement technology bid farewell to the era when it was just "a bunch of machinery". The digital automatic image measuring instrument technology relies on the precise performance of digital technology and the powerful functions of the application software. It has high-precision quality and excellent cost-effectiveness, which has brought a revolutionary development to the measurement and mapping of the manufacturing industry. The MVP high-end automatic imager was developed in such an era. MVP high-end fully automatic imager, the instrument uses modern optics, computer screen measurement, optical floating point calculation and modeling technology, digital image processing and precision motion control and other cutting-edge technologies, which integrates optics, mechanics, electricity, and software. The highly intelligent equipment. The MVP high-end automatic imager uses an optical microscope to magnify the object to be measured at a high magnification, and continuously captures the image of the object in real time through a CCD camera. The computer performs image processing, measurement, error correction and complete process control.