Dual-arm robots, a direction in the development of industrial robots

   Humans are a very perfect species. Their arms are particularly suitable for production manufacturing. Robots simulate human arms in the hope of learning this advantage achieving more coordinated cooperation between robotic arms, just like humans, who can control their arms in a coordinated manner.

　　Compared with single-arm robots , dual-arm robots have more advantages in assembly applications. They can coordinate multi-axis motion through a control unit to achieve synchronous assembly, which is difficult to achieve with single-arm robots. In fact, there will be many new robot functions applications that we have yet thought of, the final application of dual-arm robots may be in some disruptive industries, which has great potential imagination.

      Dual-arm robots are destined to be a direction in the development of industrial robots . Human arms are very creative, but consistency is difficult to ensure. Due to various factors, there may be differences in work efficiency in the morning evening. In this regard, robots can maintain consistency product performance to production execution 24 hours a day.

　　On a production line, tooling robots need to work together. The tooling is responsible for part of the work, the robot performs the corresponding operation. The concept of dual arms is to cancel the tooling use the dual arms to directly complete the entire action. In the future, intelligent manufacturing will become more more anthropomorphic closer to human natural abilities.

　  Since humans entered the industrial age, assembly line work has been a common form of production for all manufacturing companies. According to the division of labor, people are fixed to work on a process. This is a model adopted by labor-intensive products enterprises, but it is also a production method adopted by China 60% of developing countries regions in the world. In order to catch up with the progress, it is common for factories to work overtime. If this continues for a long time, workers will get enough rest will work fatigued, which will have a great impact on the quality of the products. Single-arm robots are also being promoted applied to replace industry reduce the labor intensity difficulty of industry.

　　A large number of labor-intensive enterprises are electronic product manufacturing enterprises, single-arm robots for electronic product assembly have great limitations in this regard. For example, soldering work often requires people to fix electronic components with one hand solder with the other hand, but single-arm robots cannot do this, dual-arm robots can easily solve this problem.　

     When traditional robotic arms began to be used in various automated production operations, they gradually became "incompatible". People found that in addition to robotic arms, they must be equipped with various peripheral automated equipment to enable them to successfully complete various tasks, such as fixtures, feeding systems, etc. Even with the above equipment, robots are still often only responsible for certain simple repetitive production actions in automated production lines, are only used when the spatial movement dimension is necessary. Therefore, asFor Huiwen, who develops robot projects , the development of dual-arm robots is the inevitable direction for the future.