China is a manufacturing powerhouse. Many products come from Chinese people. However, with the effectiveness of family planning, China's population has sharply declined, and many companies are facing difficulties in recruiting workers. Why do we need to use a waste conveyor line? One of the important reasons for replacing manual work is the detailed list of the current situation of domestic stamping production lines.

At present, domestic stamping lines are mainly based on manual lines, which face the following problems:

1. The above layout requires single machine operation, manual transmission, and low production efficiency;
2. There are many human factors, and the quality of defective products is still very high.
3. High energy consumption and production costs;
4. Stamping site management is complex and prone to industrial accidents.
5. Labor costs are increasing year by year.

That's why many companies have started introducing stamping waste conveyor lines. Although China's labor costs are in a period of global economic recession, the world has relocated factories to China, making China the world's factory. When labor costs in China are no longer cheap, many companies are shifting their factories to lower cost countries, but many choose to use automated production to reduce labor costs. For example, Ao Smith uses automation to avoid labor costs. For example, Foxconn's robots have always been a sensation. Many production intensive companies use automation to replace rising human resource costs. Dear user, how do you view this issue? What are the advantages and disadvantages of replacing manual work with robots?

The advantages of waste conveyor lines used for stamping are very prominent. It must be a transformation of the construction machinery manufacturing industry.

Stamping robotic arms can replace some monotonous, frequent, and repetitive long-term operations in industrial production, or perform dangerous operations in harsh environments such as stamping, die-casting, heat treatment, welding, coating, plastic product molding, simple assembly and processing in this process, as well as in the atomic energy industry and other departments, to complete the treatment or processing of harmful substances to the human body. Do.

It can be understood that industrial robots used in the field of engineering machinery manufacturing mainly include spot welding robots, cutting robots, painting robots, assembly robots, and mobile robots. Due to robots undertaking a large amount of dangerous or boring work, many occupational diseases may lead to work-related injuries, avoiding high costs; In addition, due to robots always working in the same way, product quality is very stable, which will also bring certain benefits to enterprises; Robots can work 24 hours a day, predict product productivity, and perform very well. Control inventory. The total value of each cost saving product will enable it to compete in various markets. Another advantage of this robot is that it can be used for small batch production and has a high degree of flexibility.

In developed countries, industrial robot automation production lines have become the mainstream and future development direction of automation equipment. Foreign construction machinery manufacturers use a large number of industrial robot automated production lines to ensure product quality, improve production efficiency, and avoid a large number of industrial accidents. China's construction machinery and equipment manufacturing industry is in a transitional period from traditional equipment to advanced manufacturing equipment. In order for enterprises to seize a larger market share in fierce competition and break free from homogeneous product competition, they must strengthen the automation level of production lines. The introduction of robots will be a powerful technological means to achieve the transformation and upgrading of China's construction machinery manufacturing industry.