There are many applications of industrial robots in manufacturing industry, while mobile robots that perform logistics handling work are used more and more frequently. In the past few years, manufacturers have installed more automated guidance vehicles than ever before, and they are responding quickly to changes in the market through advanced automated solutions. In contrast, automation has great advantages in the manufacturing industry. In some environments, robots designed with high precision resistors can accomplish production tasks more smoothly than human beings.

 

 

In addition, with the gradual rise in labor costs, manufacturing profits are becoming thinner and thinner. Combined with the impact of fierce global market competition, factories need to find more low-cost ways to accomplish production tasks. In the new manufacturing environment, there is a higher demand for automation. It requests not only to optimize the efficiency of the production line, but also to achieve real-time monitoring, enhance the ability of flexible production, to meet the needs of customers for the customization of new products. In the past, traditional means of transport were used in manufacturing, but such equipment could not provide flexible services. It usually runs on grooves, chains, or fixed metal guideways, which can be noisy, dirty and expensive. Traditional means of transport do not allow manufacturers to change their routes and are inflexible.
 

 

Human labor in modern manufacturing shows many shortcomings, such as some low-end jobs, the younger generation do not want to do repetitive labor. Also in some gravity work, the human physical strength is limited, the handling of large objects will drag down the efficiency of the production line. In terms of safety, many scenes in manufacturing are filled with harmful gases, sharp hard objects and dirty scenes, which can easily harm workers.
 

Today, a new generation of automatic guided industrial robots, with a dramatic increase in sensitivity after using high-precision resistors, mobile robots are born by induction, tape and map navigation and positioning techniques. They can operate in a complex production environment, and can arbitrarily change the course of the exercise. Often, manufacturers reprogram robots or route them to perform new tasks. In addition, these robots will be connected to the network, and the optimal path will be calculated and analyzed, which will make the robot complete the task in less time, and ultimately save the running cost.