There are many machines in my daily work life, which bring a lot of convenience to human beings. So today I will take you to know a common industrial robot , which is the collaborative robot .
Collaborative robots are robots designed to interact closely with humans in the same working space. Traditional industrial robots often work behind protective fences other protective measures, completing high-precision high-speed operations such as welding, spraying, handling stacking, polishing grinding. To ensure personal safety, a series of safety measures are required when using robots, such as using safety chains to restrict their movements within the safety fence, operators entering the safety fence must stop restrict robot operations other safety operations. However, the working method of collaborative robots is completely different. It can work directly on the same production line as the operator, but does need to be isolated people by using safety fences.
Therefore, this new traditional working mode has built a bridge between fully manual fully automatic production modes. Collaborative robots traditional industrial robots have different design concepts product positioning, have their own target markets, manufacturing modes application scopes. For collaborative robots that can provide solutions with high compatibility agile switching, the following pain points can be solved:
(1) Different operation channels that can adapt to narrow spaces variable travel distances; robot modules
(2) Adapt to flexible production can operate quickly in a short time when switching production lines;
(3) Ensure production safety. Section 2 The development of collaborative robots In 2016, the World Organization for Standardization released the latest industrial standard for collaborative robots - ISO/TS 15066: Robots robotic devices—Collaborative robots. All collaborative robot products must pass this standard certification before they can be sold on the market. So far, collaborative robots have been on the right track in standardized production, ushering in the first year of the development of collaborative robots. Seven-axis collaborative robot
Section 3 Overview of the Collaborative Robot Industry Chain Upstream Components: The market situation of collaborative robot core components is similar to that of traditional industrial robots, is mainly controlled by foreign manufacturers, especially in hollow torque motors, high-precision sensors, reducers, etc. Midstream body: New collaborative robot manufacturers compete with the four traditional families; domestic collaborative robots have just emerged. Downstream applications: Automobile parts 3C electronic assembly installation, metal hardware bathroom polishing grinding are the areas collaborative robots are used more frequently, also the areas with the largest application space; ? Application in commercial, medical service industries will also be another growth point for the development of the collaborative robot industry in the future.
Helping robots solve many common problems for us, improve people's production efficiency, bring us many benefits. For more information about industrial robots, please visit the official website of industrial robots.