At present, many traditional manufacturing industries in China are generally labor-intensive industries, with a high degree of labor dependence, long supply chain cycle, poor working environment and high labor intensity, which have long been faced with difficult and expensive recruitment for a long time. and control costs, improve quality, speed up turnover and other pain points, especially in the textile industry.

Due to the production process requirements, the textile workshop is a typical high-temperature and high-humidity operation, and the textile process is very easy to produce dust and noise pollution, the poor working environment affects the health of workers. In addition, the phenomenon of thread breaking often occurs during spinning, which is frequently connected by manual work, and the labor intensity of the workers is also greater.
Spinning is the combination of animal or plant fibers (such as wool or cotton) into continuous and infinitely extended yarns, so as to be more suitable for the weaving process.

However, the problem of thread breaking often occurs in this process. In the past, artificial joints were used after yarn breaking, which makes this process the most labor-intensive link in ring spinning.

It is true that replacing manual by robot can improve the level of automation, but there are many difficulties for robots to enter the spinning field to achieve automation. One of them is how to realize the communication between the robot and the spinning equipment, realize the early warning of disconnection, and the robot can finish the disconnection operation accurately and quickly.


Replacing manual labor with robots can not only solve the problem of yarn breaking when pulling high-speed yarns, greatly improve the quality of spinning products, but also realize the replacement of machines, reduce the labor intensity of workers, and solve the pain points of difficult recruitment in textile enterprises. help enterprises to achieve efficient automatic production.