Views: 0 Author: Site Editor Publish Time: 2022-08-10 Origin: Site
The automatic video measuring instrument is a modern optical non-contact measuring instrument, which is an artificial intelligence measuring instrument developed on the basis of digitization. This measuring instrument inherits the characteristics of digital motion precision and motion control, combined with the innovation of visual software. The automatic image measuring instrument has the advantages of high precision, high efficiency, automation and good stability. It has solved several major problems in the manufacturing industry and is the pride of the image measuring instrument industry.
1. High degree of digitalization
The measurement operations of the automatic image measuring instrument are all operated by the mouse, and the micron numerical control realizes the desire of man-machine integration. The previous manual instrument measurement process is very cumbersome, and it is easy to cause manual errors, but the automatic measuring instrument has been improved in this regard, getting rid of manual defects. The added nonlinear error correction makes the instrument greatly improved in accuracy and speed.
2. Geometry of space operations
The automatic image measuring instrument has high-end software technology, which can realize the coordinate system rotation and complex calculation of the coordinate system. Even if the workpiece to be measured is placed at random, it can be detected, and the coordinate direction and measurement point can be seen intuitively, which is clear at a glance and easy to operate.
3. Personalization software
The automatic image measuring instrument has powerful software functions, which can edit, save, and process images, and can also easily draw and import CAD graphics. It can also design and add personalized measurement modules according to customer needs, and tailor the required measuring instruments for customers.
The automatic image measuring instrument is highly intelligent and automatic, which makes the measurement easy. It integrates the ability of machine vision and automatic learning, combined with the digital micrometer position, so that the measurement process can be memorized and learned by the instrument. The automatic image measuring instrument is convenient for operators to use and learn, meets the requirements of enterprise sampling and large-scale inspection, improves the work efficiency of enterprises, and can truly contribute to the enterprise.
Traditional measurement methods can no longer meet the measurement needs of modern enterprises. In today's processing enterprises, how to ensure high-precision and efficient measurement is the top priority. The emergence of image measuring instruments provides convenience in this regard, not only High precision and fast efficiency have greatly promoted the development of modern processing industry.
The image measuring instrument measures through the optical principle, captures the image through its own camera, transmits the data to the computer, and then through the software system, synthesizes the intuitive image, and then analyzes the image data through the analyst, and then obtains the final result. The conclusion of the data not only realizes the reflection of the shape, length, width, height, etc. of the workpiece, but also can accurately measure the surface flatness of the workpiece. whether it meets the standard. The traditional measurement method cannot guarantee the accuracy and error of the measurement, but the image measuring instrument is different. It also uses artificial intelligence to achieve accurate measurement with zero error, and the efficiency is much higher than that of traditional measurement. Modern enterprises are pursuing all aspects. The efficiency is very high. The image measuring instrument can greatly improve the inspection efficiency of the enterprise, and at the same time ensure the accuracy of the data and ensure the quality of the product. In the modern processing industry, the position of the image measuring instrument is irreplaceable.
Although the image measuring instrument can achieve zero error, this is a prerequisite. How to use the image measuring instrument correctly becomes very important. Improper operation or poor maintenance will lead to errors in the measurement process of the image measuring instrument. , so in order to avoid problems, we must pay attention when using the image measuring instrument.
1. PCB products such as IC boards, module circuit boards, LCM, BUL, etc.;
2. Electronic equipment such as test seat, double-layer ceramic substrate, sensors, inductors, capacitors, electronic components, etc.;
3. Stamping die products such as power transmission frame, motor transformer core, metal sheet metal parts, clock parts, torsion springs, etc.;
4. Package components such as TSOP, SOP, QFP, BGA, etc.;
5. Precision parts such as molds, CNC blades, mechanical parts, etc.;
6. Rubber and plastic such as O-rings, camera parts, RF connectors, etc.;
7. Semiconductor materials such as photomask, WAFER, system software chip, wafer, complementary metal material air oxidation semiconductor material image sensor;
8. Electronic and optical communication parts such as porcelain throwing rings, glossy components, optical lenses, etc.;
9. Military, aerospace, colleges and universities, scientific research institutes, metrology institutes, etc.
