Robotic welders

With technological progress, the welding industry is experiencing a revolution, introducing automation and robotization into production processes. Robotic welders use advanced technologies to change the way metal joints are made. Here’s an analysis of this cutting-edge profession and its implications for industry.

Welder:

Robotic welders – applications in industry

Robotic welders are used in a variety of industries, from car manufacturing to shipyards. In the automotive industry, welding robots are used to weld car bodies and frames, while in the shipbuilding industry they are used to weld the steel structures of ships. Their versatility makes them an irreplaceable tool in mass production and in the production of elements with complex shapes and geometries.

Automation of welding processes is becoming more common, and robotic welders are becoming key players in this area. Using advanced industrial robots equipped with technologies such as artificial intelligence and computer vision, robotic welders are able to perform welding in a precise, effective and repeatable manner.

Training and certificates

Training and certifications are essential for robotic welders to ensure high quality and safe work.

Training in the use of welding robots. Robotic welders must undergo training in the use of a specific type of welding robot, which includes programming, setting welding parameters and safety procedures.
Robot programming training. It is crucial that a robotic welder is able to program robots to perform welding tasks. Robot programming training includes learning robot programming languages, creating movement routes and diagnostics.
Welding certificates. Depending on industry standards, they may need certifications to prove their skills in specific welding methods and materials.
Training in maintenance and servicing. They must be trained in the maintenance and servicing of robots, including diagnostics, repairs and maintenance.
Having the appropriate training and certifications is crucial to ensuring that a robotic welder has the necessary skills to perform their job professionally and safely.

Robotic welders and the traditional welder profession

Although both robotic welders and traditional welders perform metal joining work, there are important differences between the two types of specialists.

Robotic welders use automatic systems that perform welding directly from a computer program. Traditional welders, on the other hand, perform the work manually, using hand-held welding machines and tools. In addition, they are characterized by high precision and repeatability, making the connections exceptionally accurate and uniform. Traditional welders, while skilled in craftsmanship, cannot always achieve the same level of precision.

However, implementing robotic welders may require significant upfront investment in purchasing and installing robotic systems and appropriate staff training. On the other hand, traditional welders may be less expensive to start with, but require regular training and maintenance.

In summary, robotic welders offer a number of advantages such as greater precision, efficiency and flexibility that make them an attractive solution for many industrial companies.

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