Highlights of Collaborative Robots:

　　Collaborative robot solution for small component assembly: It is a dual arm robot mainly used for assembling small components and electronic parts. The entire assembly solution includes adaptive hands, flexible component feeders, control force sensing, visual guidance, and ABB's monitoring and software technology.

　　Specially designed for human-machine collaboration: The name comes from "You and Me, Working Together". The robot has a soft cushioned robotic arm, force sensors, and embedded safety system, allowing it to work alongside humans without any obstacles. Due to its small size, it can be installed on a regular workbench.

　　Suitable for the consumer electronics industry: Initially designed for the flexibility, agility, and high precision in the assembly process of components in the consumer electronics industry. It is also easy to penetrate into other markets.

　　New color of the new era: Graphite white is the new color of ABB robots. ABB claims that last year's new design was to celebrate the arrival of a new era of collaboration between robots and industrial manufacturing.

　　Related robots for collaborative robots:

　　Social Robots

　　Social robots should be able to communicate and interact with humans and humanoid agents. This kind of communication may be cooperative in nature, but it may not necessarily be so. Moreover, uncooperative behavior is in line with social norms in some cases. For example, robots can exhibit competitive behavior within the scope of the game. The interaction of robots can be carried out with minimal or even no communication. For example, robots can deliver tools to astronauts on space stations, but communication is likely inevitable sooner or later.

　　There are two necessary conditions for social robots: the Turing test is used to determine the robot's communication skills; The Three Laws of Robotics are used to measure the behavior of robots (whether these two conditions, especially the "Three Laws of Robotics," are feasible in the real world is still controversial and may not be possible at all). However, the result of this viewpoint is that if robots can only communicate with other robots, they cannot be considered social robots: social behavior is subject to humans and their society, and human society sets necessary social values, norms, and standards. This leads to the dependence of social robots on culture, as social values, norms, and standards vary from culture to culture.

　　At this point, the defined part can be imported. The social norms of social robot interaction must comply with their identity. Identity and norms are established by society. For example, a robotic butler must follow established norms of good service. Robot butlers must be considerate, reliable, and especially cautious in their words and actions. Social robots need to know this and follow it without error. However, when social robots interact with other autonomous robots, they must also follow the behavioral norms between robots.

　　Industrial robots

　　Industrial robots, as defined by ISO8373, are multi joint robotic arms or multi degree of freedom robots designed for the industrial field. Industrial robots are machine devices that automatically perform tasks and rely on their own power and control capabilities to achieve various functions. It can accept human command and run according to pre programmed instructions. Modern industrial robots can also act according to principles and guidelines formulated by artificial intelligence technology.

　　Typical applications of industrial robots include welding, painting, assembly, collection and placement (such as packaging, palletizing, and SMT), product inspection and testing, etc; All tasks are completed with efficiency, persistence, speed, and accuracy.