Most of the manufacturing conducted in the U.S. is high tech manufacturing, such as chemical, semiconductor, petro-chemical, pharmaceutical, among others. To understand the nature of the manufacturing processes requires background information. That’s where a degree in engineering becomes so critical. Spending the time earning an engineering degree is worth it: many engineering jobs in this sector start around $50,000 and rise up to over $100,000.
Industrial robots promise to replace 70 to 90% of existing manufacturing jobs. People will learn new ways to achieve an economy, to achieve economic development. An economy needs to adjust, to be flexible if you gave pink slips to more than half the labor force.
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NPR Planet Money Correspondent Adam Davidson tackled the issue of manufacturing in the United States by examining the history of manufacturing in one town-Greenvile County, South Carolina. Greenvile used to be a textile manufacturing town where communities were defined by what factory you worked for. The jobs were great for people with little education. It was common for people to drop out of high school in order to start work. Manufacturing jobs in the United States was always a great option for people who might be unable or unwilling to go to college and get a law or business degree. Manufacturing gave a certain sect of the American population a chance at the American Dream. Over the years, as textile manufacturing jobs continued to be outsourced overseas, the factories began to close.
More and more, CO2 lasers are being used in modern high-tech manufacturing. This is a good use of CO2 and as we try to get rid of CO2 in our atmosphere collecting it from the smokestacks perhaps of electrical energy generation, it becomes a cheap and valuable gas for running these lasers. Now then, CO2 lasers put out a decent amount of heat. We should collect that heat, heat should never be wasted. He should not be waste it from robotic factory welding machines or from lasers. Okay so let’s talk for second shall we?
Industrial robots are commonly used to locate ships, control and clean nuclear waste, to discover and study underwater mineral deposits, and for volcanic examination. They are also used in space voyages and for the exploration and study of planets. In the medical field, industrial robots have been used to support surgeons and to assist with operations. Of late, robot technology has developed to the point where these appliances can operate on patients independently, with the doctor controlling it located in another part of the world.