Brief Analysis of Automatic Thread Winding Machine Function and Debugging

With the rapid development of technology, modern automatic thread winding  machine integrates many technologies such as electrical control, mechanical transmission, photoelectric detection, etc., so the difficulty of setting and debugging is greatly increased. Many customers often have no choice when setting up a winder.

First, familiarize yourself with the device features and winding process. When the winder is purchased, it is first necessary to power up the no-load test run. This process first checks whether the winding machine is running smoothly and has abnormal noise. As a debugger, each function should be checked one by one against the winding machine manual. This is also a process of getting familiar with the device. After initial familiarity with the function of the device, it is necessary to find out the corresponding device function according to the winding process of the product, and check whether the function of the device matches the winding requirement in combination with the process. The function of the equipment requires detailed communication with the equipment supplier at the time of purchase, so as to avoid the payment of equipment and winding requirements after purchase.

What should be noted here is the allowable wire diameter, maximum load, width and accuracy of the device. These parameters are the basic data that determine whether the device meets the winding requirements.

The automatic thread winding machine is a new type of machine that has been developed in recent years. In order to meet the requirements of high efficiency and high output, the fully automatic models generally adopt multi-head linkage design, using programmable controller as the control core of the equipment, with robots, pneumatic control components and execution accessories to complete automatic cable and automatic foot wrapping, automatic thread trimming, automatic loading and unloading of the skeleton and other functions. This type of machine is extremely efficient, greatly reducing the dependence on labor. An operating employee can look after several such devices at the same time. The production quality is relatively stable, which is very suitable for processing occasions with high production requirements.