Video measuring instrument impact on processing industry

The automatic video measuring instrument is an artificial intelligent non-contact modern optical measuring instrument. Through its motion accuracy and motion control ability, combined with the flexibility of software design, it is currently a relatively cutting-edge optical measuring equipment.

Specific application scope of optical measurement equipment

1. PCB products such as IC board, module circuit board, LCM, BUL, etc;

2. Electronic products such as test stands, multilayer ceramic substrates, sensors, inductors, capacitors, electronic components, etc;

3. Stamping products such as wire frame, motor iron core, metal sheet metal, clock parts, springs, etc;

4. Packaging components such as TSOP, SOP, QFP, BGA, etc;

5. Fine parts such as molds, cutting tools, mechanical parts, etc;

6. Rubber plastic adhesive, such as O-ring, camera components, connectors, etc;

7. Semiconductors such as masks, WAFERs, system chips, wafers, complementary metal oxide semiconductor image sensors;

8. Optical communication parts such as ceramic ferrules, optical sensors, optical glass, etc;

9. Military industry, aerospace, colleges and universities, scientific research institutions, metrology institutes, etc.

Impact of optical measuring device on processing industry

The 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 appearance of image measuring instruments provides convenience in this respect, not only with high accuracy, but also with fast efficiency, greatly promoting the development of modern processing industry.

The image measuring instrument measures through the optical principle. It captures images through its own camera, transmits data to the computer, synthesizes intuitive images through the software system, analyzes the images through analysts, and then draws the final data conclusion. It not only reflects the shape, length, width and height of the workpiece, but also accurately measures the surface flatness of the workpiece, Through the analysis of the data, it can be concluded whether the workpieces we have made meet the standards. 

Traditional measurement methods cannot guarantee the accuracy and error of measurement, but image measuring instruments are different. They can achieve zero error accurate measurement through artificial intelligence, and their efficiency is much higher than that of traditional measurement. Modern enterprises pursue high efficiency in all aspects. Image measuring instruments can greatly improve the detection efficiency of enterprises, ensure the accuracy of data, and ensure the quality of products. In the modern processing industry, The position of 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 maintenance will lead to errors in the measurement process of the image measuring instrument. Therefore, in order to avoid problems, we must pay attention when using the image measuring instrument.