The automotive industry has long relied on automation. Improvements in automation technology now mean that robots can do precision work that in times past was solely the domain of human operators. Industrial robotics has been designed to perform precision spot and arc welding.
Large industrial robots that are designed by industrial robotics manufacturers have long arms and are able to carry high payloads. This allows them to handle spot welding on heavy body panels. These are complemented by smaller robots that work on lighter parts, like mounts and brackets. MIG and TIG welders have the ability to position their torches in the exact same location for every single cycle. This means that they maintain high welding standards throughout the fabrication process because they produce a repeatable arc speed and gap.
Modern robots used in automobile manufacturing now work together with other industrial robots on large assembly lines. It is common to see robotic welders and handlers collaborating in order to keep a fast-paced assembly line moving at a safe yet considerable speed. Robot handlers will put panels in precision locations, allowing the welding robots to perform all of the welds they have been programmed to produce. The end result is a consistent product that offers the best in safety, price, and appearance.
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