With the rapid development of electronic industry, the demand for flexible printed circuit board (FPC) widely used in electronic equipment is also increasing. In the process of processing FPC, there is a process to attach attachments to FPC. The traditional worker attachment method is slow, inefficient and error prone, which can no longer meet the production requirements. Therefore, from the perspective of production efficiency, product quality and cost control, it is very important to develop a fully automatic binding machine. It is the soul of the machine. Excellent software systems can make machines more efficient and challenging, and quickly gain market opportunities in similar competition.

Then the characteristics of FPC FPC automatic attachment mounter software:

1. The machining range set by the software system covers most FPCs in the market, and has wide applicability.

2. There are two processing methods: manual teaching and CAD file import. The software is easy to operate and use.

3. The mounting speed is 1s/piece;

4. Installation accuracy: -0.05mm;

5. The system has perfect error handling module and stable processing.

Not only that, but also to meet more processing needs, to meet the production needs of related industries. New automatic equipment developed according to different parts requirements of customers; It can effectively solve the problem of low efficiency of enterprises in pasting accessories; Solve the problem of high labor cost; Automatic mounting to improve the rate of finished products; It can also be used to paste auxiliary materials on low viscosity transparent films.

FPC automatic accessory mounter of flexible printed circuit board intelligently identifies, locates and corrects materials and FPC through three CCD cameras. The mounting heads on both sides of the machine work at the same time, and the whole process is automated. Its working principle is as follows:

1. One CCD camera is used to locate FPC, and analyze the positions of all accessories that need to be attached;

2. The mounting head obtains the mounting materials from the feeding platform, then moves to the CCD cameras on both sides to take pictures, and analyzes the pictures to obtain the deviation of the materials in X, Y, and rotation directions;

3. Convert the corrected material coordinate to FPC coordinate, and move the mounting head to the corresponding position to install the material.