1. Ensuring safety and improving environmental safety are relative to people and property. For people, the greatest safety is to stay away from unsafe environments, and machine replacement plays a role. As for corporate property, the greatest security guarantee comes from stability and controllability. One of the important characteristics of automated launch is regularity, which means stability and controllability. The direct role of robot polishing and polishing is to replace people from the working environment. The robot workstation has a security fence around it and matching sensing and drive control devices inside. The entire working state is a closed-loop feedback control that is relatively isolated from human safety, reducing work intensity, ensuring human safety, and improving the working environment. At the same time, due to the improvement of automation, the entire production site environment will have significant improvements in dust emission, noise control, hidden danger alarm, and other aspects.
2. "Reduce costs, increase efficiency, and stabilize quality. As mentioned earlier, polishing and polishing is the most fundamental process in traditional manufacturing industries, but its cost accounts for 30% of the total cost.". A polishing and polishing robot can replace 2 to 6 workers, as it can work continuously for more than 20 hours per day without human interference. The efficiency of its production varies from 10 to 30 times that of manual labor. Polishing and polishing is a highly repetitive task. The tedious and repetitive work of operating workers is precisely the favorite of robotic work. The characteristic of robot polishing is to set procedures, follow rules, and maintain stability. Even if errors occur, they are procedural errors, making it easy to perform quality control. Therefore, this will greatly improve the consistency level of product quality, achieve cost reduction, increase efficiency, and stabilize quality.
3. Flexible and applicable, switching flexibility Compared to some specialized polishing machines, robot polishing and polishing applications are more flexible. For the majority of small and medium-sized manufacturing enterprises, the external environment of the market requires them to follow the production mode of order batch. This requires the production line to make corresponding adjustments based on different order batch requirements. Changes in this aspect of specialized aircraft require a major effort. In contrast, robot applications only require adjustments to corresponding tooling fixtures, and their bodies do not require special changes. Editing and invoking corresponding program commands can achieve update switching, significantly shortening the product update cycle and reducing corresponding equipment investment.
A clear understanding of the application advantages of polishing robots has been gained through the introduction. Robots can replace us in many jobs that are harmful to human health.