Will a robot take my manufacturing job?

<p>Breath-taking Headlines predict that manufacturing jobs will end with the combination of robots and artificial intelligence. </p><p>The video that touted this view shows the robot jumping parkour</p><p>Style and bike ride or make breakfast in fully automatic kitchen. Cuddly human-</p><p>It looks like robots do all kinds of cute things. </p><p>Robots and the programming they rely on have certainly made a huge leap in recent years. </p><p>However, the manufacturer has little use for jumping or hugging the machine. </p><p>They need performers who can do specific production work. </p><p>Does the robot meet the requirements? </p><p>Will they replace all of our manufacturing staff? </p><p>One of the answers emphasizes yes \". </p><p>\"In fact, robots have been replacing humans for many years in our manufacturing plants. </p><p>In the 1960 s, the earliest industrial robots attacked American car factories. </p><p>They were very simple machines and made a repeat selection. and-</p><p>Place tasks and handle hot and heavy molds</p><p>Casting, for example. </p><p>Later that decade, the same machine was transformed into a spot. </p><p>Welding operation. </p><p>However, robot automation still has only one foothold in the industry. </p><p>What really started to take off was the 1970 s. </p><p>Car factories around the world are racing to catch up with robot welding, and the same robots are also used for painting applications. </p><p>Many big companies are starting to develop their own industrial robots (</p><p>Eventually, many robots will become part of ABB, one of the leaders in robotics today. )</p><p>Applications throughout the automotive world. </p><p>Advances in Computers and circuits allow for extended tasks such as material handling and arc welding. </p><p>Interestingly, in the 1980 s and beyond, one of the main drivers of accelerated adoption of industrial robots was worker safety. </p><p>We have heard a lot about the unemployment caused by robots, but because of the robot processing, the injury rate has been improved very little. </p><p>The robot undertakes heavy and repetitive tasks such as the handling of thermal hazardous parts in stacking or <a href="https://www.ys-display.com/custom-metal-fabrication" rel="noopener noreferrer" target="_blank"><strong><u>metal manufacturing. </u></strong></a></p><p>Another area of automation is actually starting at 1950, but what really takes off at 1980 is to automatically guide the vehicle (AGVs). </p><p>We hear a lot about ourselves. </p><p>Driving cars these days, but few recognize the role of manufacturing in laying the foundation. </p><p>AGVs was originally a \"stupid\" machine following the wire guide installed on the factory floor. </p><p>Thanks to the great advances in visual systems and sensors, today they are truly autonomous vehicles, able to sense the surrounding environment and will shut themselves down to prevent damage to buildings and other equipment or human injuries. </p><p>Over the past few decades, as our technology has moved forward at lightning speed, so have industrial robots. </p><p>Most notably, they returned to their origins. and-</p><p>Application-</p><p>But there is a huge leap in speed and dexterity. </p><p>On the other side of the coin, pick-and-</p><p>The placed robot can now handle very heavy and clumsy loads with extremely high precision. </p><p>So, yes, there are a lot of manufacturing jobs that have been eliminated by our accelerated advances in robotics, and more that will be eliminated. </p><p>However, back to the title question, there is another part of manufacturing work, and the answer is \"no\" when it comes to human workers being replaced by robots \". </p><p>Complexity, volume, and margin are all combined in different ways to exclude the use of robots in many applications. </p><p>Yes, robots can do very complex tasks, but if the amount of production or the money earned on these tasks cannot support the huge cost of robots, people will continue to do so. </p><p>Reports in the mass media show that high-tech and highly automated factories are often present, but the reality is that a large number of industries are still clearly low. </p><p>Technology and a lot of Labor. </p><p>But the same is the \"maybe\" factor. </p><p>This kind of robot used now will become cheaper even if it is more adaptable. </p><p>Artificial intelligence has great prospects in what kind of economic application robots can do in the future; </p><p>Unlike most industrial robots today, one machine has to be programmed to complete each action, and one day the robot can \"learn\" tasks by computer observation or machineto-</p><p>Machine instructions. </p><p>Of course, the more intelligent the machine is, the more expensive it will be. </p><p>A simple economy may always protect some of the things people do in manufacturing, even though all of these breath-taking articles do. </p><p>New jobs will also be created. </p><p>One day in the future, the machine may serve the machine, but that day is not today. </p><p>At present, every industrial robot needs mechanical, electrical and software services that are not required by the old technology. </p><p>So, while unskilled labor may be reduced slowly,level (</p><p>So higherpaid)</p><p>Opportunities will expand. </p><p>Author Note: the main source of facts in this article is Johanna Waring\'s history of industrial robots and the AGVs history of Savant Automation.</p>