History of automation in the automotive industry
To learn more about laser welding applications in the automotive industry, please contact LaserStar today. Detroit, 1913: By rearranging production inside his automotive plant, Henry Ford sparked a revolution that would far surpass the limits of the automotive. Laser welding has numerous advantages and benefits over traditional welding methods and can greatly reduce costs while improving production efficiency and quality. These features make the process an excellent choice for high-productivity processes such as some of those used in the automotive industry. The laser welding process exhibits good repeatability and is easy to automate. Laser welding is a great tool due to its ability to weld pre-machined components with restricted heat and minimal distortion. Laser welding in the automotive industry has applications that enable manufacturers to weld component engine parts, transmission parts, alternators, solenoids, fuel injectors, fuel filters, air and conditioning equipment as well as many other applications. This process is used frequently in high volume welding applications, such as in the Automotive Industry. When they were first introduced in the 1980s at General Motors’ Michigan plant, the robots initially painted each other, according to an article on industrial robot history, published on. The laser welding system provides a concentrated heat source, allowing for narrow, deep welds and high welding rates. Painting was one of the first applications for industrial robots, but it didn’t start well. Laser welding is a welding technique used to join multiple pieces of metal through the use of a laser beam. Laser Welding in Automotive Manufacturing