Welding Robot

Can welding be automated?

Welding automation, will robots replace welders in the future?

Welding Automation is defined as the process of sending data to a robot that will do all the welding for you which is then completed. Automation can be used for welding applications where human labor is involved. Automation will allow for welding to be performed more efficiently, as the machines will do the boring, repetitive work for you, leaving you to focus on other things. It also has the advantage of being cost-effective. As automation does all the welding work, it is much cheaper to use.

Automation will make welding much easier and more efficient for the welder to do the more difficult and complicated welding work. It will also give welder a much better job in terms of welder’s pay and in job security. However, there are still some welder jobs that cannot be automated.

Automatic Welding

Automatic Welding

Can robots replace welders? Is welding automation the way forward?

The answer to this is yes. The reality of the matter is that there is a shortage of welders in the world. The United States alone has a shortage of about 80,000 welders. Even the markets in the United Kingdom and India have a similar situation. This is the main reason why companies turn to automated welding solutions.

To give you a better understanding of this, let’s talk about how welding automation works. The most common forms of automation are robot welding, robotic welding, semi-automated and fully automated. The first thing to understand is that welding robots are machines that are designed to weld metal pieces together. Some of them are designed to do specific welding processes such as Gas Metal Arc Welding (GMAW), Gas Tungsten Arc Welding (GTAW), and Metal Inert Gas Welding (MIG). The second type is robotic welding.

Robotic Welding Machines

The welding process is one that's been around for many years. It helps to increase quality and speed, while reducing labor costs through automation-a type of machine which uses electricity or another form of energy as its power source in order make precise movements on behalf off someone using them -or even allow themselves if they were able so far only do this work manually but now have these capabilities available right at their fingertips! The end result being higher performing welds all occurring within much shorter periods due time consumed doing what used take place over hoursnow reduced mostly down

Robotic Welding Machine
Arc Welding Robot

Arc Welding Robot

The Current Status of Automation

The majority of welding today is done by hand. But automation has been around in the welding field for decades. The first welding robots were developed in the early 1960’s. The technology has advanced a great deal since those first robots were built. The early welders were bulky, loud and difficult to control. But they did a good job for the time. As welders became more skilled, the early robots were replaced with more advanced robots. The development of VDT’s in the 1980’s and the first few generations of robots paved the way for today’s more sophisticated automation systems.

Arc Welding

Replacing Jobs in the Welding Industry with Automation

The most important question is whether or not we will have more jobs or fewer. The answer is automation will replace the jobs. Manufacturing welding products will eventually become obsolete with the automation of welding. The decrease in the number of jobs would be substantial. With the reduction in the number of jobs, the future of society will be better. The decrease in the manufacturing industry will affect the economy. This will require more jobs in other fields. The decrease in manufacturing will be offset by the increase in other industries. The manufacturing industry will not disappear but will change in a permanent fashion.

Robotic Welding Machine
Tig Welding

Are Your Welding Operations Ready for Automation?

Automation is a huge shift from manual welding. It can be complex, but the benefits are well worth the effort. Many modern welding processes, including gas tungsten arc welding (TIG), gas metal arc welding (GMAW), and gas tungsten halogen welding (GTHW), are more accurate and precise when performed by a robot. Also, many welding processes, such as metal inert gas welding (MIG), can be done by a robot.

Tig Welding