The history of robotic welding and its extraordinary benefits
Let’s begin with the history
History is always beautiful and gives us insight into the past and provides us with a broad view of the future. The history of welding robots is no different, it's an interesting tale of technological development and great innovation in welding.
Robots made for the industrial manufacturing environment were first used for welding. Since the beginning of the industrial revolution and ongoing technological advancement, robots become more common in many applications. There are a lot of things that have hands of robotic welding from the car we drive to a chair we sit in, but how did we transform from a simple human to a welding robot?
When the industrial revolution began in the 28th century, most products began to be manufactured in large factories. Originally, items were produced by individuals, and then they were handled by craftsmen in shops. it wasn't until 1860 that henry Wilde used the electric source to form the first form of electric welding, and from there, different types of welding processes such as Arc welding, TIG welding, and others started to gain more popularity and began entering different industries.
Things began to change in 1962 when General Motors used industrial robots for the first time in the automobile industry. They gave it the name UNIMATE, and it performed spot welding on vehicle parts moving through the assembly line. UNIMATE was invented by George Devol and Joseph Engelberger, then the rest was history, several automakers adopted GM's approach and began employing robots for welding. it was at that moment industries realized the advantage of welding robots.
Future of robotic welding
The use of welding robots is increasing tremendously at a faster rate. In today's world, due to the advancement of robotic welding technology, many robotic welding systems are used for a different variety of welding applications.
Although automation welding has no certain future, the cost of robotic welding is drastically decreasing. This paints a clear picture of how automated welding became more affordable for people than for big welding companies.
Benefits of Robotic Welding
Robotic welding technology has advanced significantly since its entry into the industry world in 1962. Manufacturing companies are starting to understand the potential advantages of robotic welding to stay competitive in a world where technology is developing at a rapid rate.
Timesaving: robotic welding in some applications takes less time to move the welding torch from one seam to another within the same workplace than manual welding. And because a part is being loaded while one is being welded time is further reduced.
Consistency: Compared to manual welding every part welded robotically will be virtually identical. This means the length of welds and size will be consistent in a way a human cannot match.
Safety: While welding, there is more chance of human exposure to toxic fumes and hazardous environments. with robotic welding applications, this danger can be prevented.
Conclusion
In a nutshell, we can say that robotic welding has brought about a lot of changes in the industrial world. It's likely that the robotic welding method will be used in more welding projects in the future.
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The Tungsten inert gas, or TIG welding technique is a high-precision technique only carried out by the very best welding professionals.
While metal inert gas or MIG welding is a simple method carried out by professionals and ammeters alike, TIG welding requires skills that go beyond any novice experience.
Requiring manual control of the heat, torch, filler material, and amperage—TIG welding is an ideal method for welding professionals to achieve unmatched precision and quality with minimal material use.
If your company is in search of professional MIG and TIG Welding in Cleveland, here are some of the key-reasons you might want to consider opting to use the TIG technique.
With that being said, this method can use a lot of melted metal, producing uneven beads, thick spots, and thin, weak spots that are both unattractive, and inefficient.
Using the TIG method, you can guarantee quality temperature control, and ensure every weld is exceptionally even and aesthetically appealing.
The global TIG Welding Power Supply Market research report, published by Value Market Research, is designed to offer various market framework such as market size, portion, trends, growth path, value and factors that impact the current market dynamics over the forecast period 2020-2027.
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The major players in the tig welding power supply market include Esab, Axxair, Orbitec GmbH, Cloos, Cebora, Arc Machines, Voestalpine Böhler Welding Selco, Kühtreiber, Heinz Soyer Bolzenschweißtechnik GmbH.
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Expanding the presence of provider companies is also projected to boost market growth.
The increasing automation in welding operations to achieve higher productivity and reducing operational costs for end-users such as automotive, construction, aerospace and defense, and shipbuilding industries are expected to create new opportunities.
