Application of Man Machine Cooperative Robot in Industry
Man machine cooperative robot is a robot used to work with human beings. It is designed to interact closely with human beings in a common workspace after the industrial robot takes the lead. Unlike traditional industrial robots, which need to install safety protection measures to isolate people, cooperative robots are more flexible, safe and easy to program.
Three advantages of cooperative robots.
First, it is easy to program. In order to make users friendly and easy to program, engineers are not required to implement it. Some brands even have the manual guidance function, which can learn things through examples, and guide according to a series of actions required to complete their programming tasks.
Secondly, the deployment is flexible. Compared with traditional industrial robots, the installation cost and use cost required by cooperative robots are relatively low. Traditional robots usually need to be installed in special rooms and use special production lines. The cooperative robot is different in that it is flexible in installation and can be directly installed and used in the work area.
Finally, safety is the basis of human-computer cooperation system, and the premise of cooperative work must be to ensure the safety of operators.
It is easy to use and flexible. In manufacturing, it can quickly adapt to flexible and complex production methods and meet the customization and flexible manufacturing needs of enterprises.
Application of auto body workshop
In the auto automatic manufacturing workshop, the body workshop is mainly responsible for welding operations. The labor intensity of the personnel is high, the skill requirements are high, and the working hours are long. There are a large number of industrial robots distributed on the assembly line, but it is necessary to focus on human-computer interaction to ensure personal safety. According to the research of foreign institutions, the efficiency of human and cooperative robots working together will be higher than that of human or machine working alone, which can reduce the working idle time by 85%.
Therefore, the man-machine cooperation robot is adopted to improve the work efficiency. Through the cooperation between robots and people, ergonomics can be optimized, workload can be reduced, assembly quality can be improved, and ultimately self competitiveness can be enhanced.
Collaboration of cooperative robots in aviation manufacturing
Aviation manufacturing is a very complex process in terms of both manufacturing technology and production organization. It is very difficult to achieve full automation under the existing process and technical conditions. Especially in small batch production, achieving full automation will lead to high production costs. Therefore, many complex manufacturing processes, such as aircraft assembly, are still completed by skilled operators, The process will inevitably lead to the problem of low work efficiency caused by operators in the narrow space, noise and other harsh environments.
The application of cooperative robots, repetitive and harsh environment work is completed by robots, and operators are only responsible for the completion of processes that require high flexibility, tactility and flexibility. Through human-computer cooperation, the quality of work is guaranteed, and the safe, flexible and efficient production of human-computer cooperation is realized.
Automatic production line of packaging industry based on man-machine cooperation
The cooperative robot does not need to be fixed on the guard rail, and can move freely between different task applications. Therefore, with the increasing demand for automation in the packaging industry, the emergence and gradual application of cooperative robots have realized that people and robots work side by side, and cooperative robots perform repetitive tasks such as packaging, while employees handle work with higher added value.
Helping electronic manufacturing industry improve productivity
Compared with the fence operation of industrial robots, cooperative robots are expensive. In addition, they can also be deployed and put into production within a few hours. Flexible and automated production in 3C electronic products can realize the circuit board test of the production line. At the same time, they can also check parts, take photos, package and unload tasks, improve the consistency of the production process, improve the quality of parts and the overall production efficiency.
In addition to manufacturing, collaborative robots can also be used in healthcare, laboratories, logistics, agriculture, consumer retail and other scenarios. At this stage, human-computer cooperative robots have become new partners in many fields and play an important role in industrial development. With the improvement of their application, they will encounter more technical challenges. They are constantly in-depth research, promoting the progress of human-computer cooperative robots. In the foreseeable future, cooperative robots will meet the needs of more industries.