1. Industrial robots are not just robots that replace people
The value of industrial robots is that they can create more value than workers: they can do the work of humans, and even do it better than humans - robots can work intensely all the time without rest, they can't make mistakes, and they can do some of the work that humans can't do. Compared to traditional assembly line workers, industrial robots mimic and surpass their work, and that's what makes them so great.
2. Industrial robots can be used in 364 industries
Of course, that's a generalization, because I can't tell you exactly what industrial robots can do-after all, the ever-evolving industrial robot seems to be capable of anything. These big guys wrapped in metal shells can build cars, build airplanes, process cell phones, deliver, package food, and produce toilets, carry, polish, and polish ...... They're still evolving rapidly since the advent of artificial intelligence. If there is any job in the future that robots can't do, perhaps it's only literature - you can't expect a big mechanical arm to knock out The Complete Works of Shakespeare on a keyboard.
3. Industrial robots have three main parts: keyboard, mainframe, and monitor
A standard industrial robot should include three components: a sensing part, a control part, and a mechanical part. The sensing part is equivalent to the host of a desktop computer, which is the core application, the control part is equivalent to the keyboard and mouse of a computer, which is used for operation, and the mechanical part is equivalent to the monitor of a computer, which can be intuitively felt. The three major parts are a whole, united together to form a complete robot
4. Robot engineers are the teachers of robots
Although robots can replace human work, but still can not be separated from the cooperation of robot engineers. Industrial robots work on the basis of pre-set programming or artificial intelligence, and it is the robot engineers who design these programs. This includes robot commissioning and maintenance, software programming, development and design of supporting systems, etc. In short, what industrial robots can do depends on what robotics engineers teach them, so that robotics engineers are actually the teachers of robots.
5. The difference between robots and automation equipment
As a simple example, the big brother in the 90s and the iphone 7plus now belong to communication devices, but they are certainly different from each other. The relationship between industrial robots and automation equipment is exactly the same. You can say that industrial robots are actually a kind of automation equipment, but it is more intelligent, more advanced and more efficient automation equipment, so there are numerous differences between the two, and it is obviously wrong to simply mix the two together.
