In a typical automated manufacturing process, the feeding in of materials, the machine operation, the transfers from one machine to another, the final assembly, the removal, and the packing are all done automatically. In some automated manufacturing, a single robot with interchangeable tool heads performs all of the various manufacturing assignments. At various stages in the operation are inspection devices that reject substandard products and adjust the machinery to correct any malfunction. Since electronic computers are able to store, select, record, and present data systematically, they are widely used to direct automated systems.
Automation is applied to the manufacture of foodstuffs, chemicals, pharmaceuticals, textiles, electronics, and many other goods, and is used in steel mills, automobile factories, printing plants, coal mines, package-handling facilities, and other workplaces. Another application is its use in the launching, aiming, and guidance of military rockets and other weapons. Automation has also been applied to information handling, resulting in automatically prepared bills and reports, computerized stock trading and typesetting, and the solution of many engineering problems. It offers high quality products together with great savings in costs, but the consequences of the loss of jobs due to automation can have significant societal effects, especially in smaller and moderately sized communities.
See P. Senker, Toward the Automatic Factory? The Need for Training (1986); D. I. Cleland and Bapaya Bidando, Factory Automation Handbook (1990).
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