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How exactly does one orchestrate the movements of a welding robot arm, welding torch, and positioner? What about adjusting wire feeders, power sources and inputting multiple welding commands? With RobotWorx' free customer training, welding robot programming doesn't have to remain a mystery. We offer one-on-one training to all our robotic welding system customers.
Motoman Robotics is one of the most trusted companies in the robotics industry today. In the grand tradition of other Motoman robots, a Motoman six-axis welding robot can improve the productivity of any welding application and production line, but it is also able to raise the safety level of any shop as well. Welding can be a dangerous operation. It can cause burns and eye problems, as well as producing hazardous fumes.
ABB Robotics has been in the business of producing high quality six-axis welding robots for more than 40 years. In those four decades, ABB has continued their dedication to improving the accuracy and precision of their welding robots. Any ABB six-axis robotic welder is going to have pinpoint accuracy and the highest level of repeatability available in the industry.
KUKA is a company that has been involved in the welding business for more than 100 years. They know a thing or two about building not only a six-axis welding robot, but also just how to build a KUKA welder, period. When you have that kind of history in the welding industry, it is hard to not have a reputation for fast welding with superior quality. Six-axis robot systems from KUKA do have a reputation for being fast.
FANUC Robotics is one of the world leaders in robotic automation. A six-axis welding robot from FANUC made in the modern day has a long history of welding robotics that came before it. Since the 1970s, FANUC has been improving their six axis robotic welders, building a reputation as some of the most durable, reliable robots in the business. Many industrial welding robots have durability, but the longevity of a FANUC six axis welding robot system is one that is not easily matched.
When industrial robots came on the scene in the 1960s, they did not have six axes. At the time, they were lucky to have three or four degrees of freedom, let alone six or more. The amount of things that these robots could do was limited. Many were used mainly for welding and painting applications because of the limitations in motion. Those robots are a far cry from the versatile six-axis welding robots available on the market today.
Lincoln Electric is one company that knows about welding. The company has been building arc welding and cutting products since 1895, and that tradition continues with the Lincoln Electric eCell welding work cell. If your company is looking for a pre-manufactured welding cell to work with small to medium sized parts, the eCell may be the way to go.
ABB Robotics has been building robotic automation systems for more than 40 years. ABB has also been producing welding cells to help their customers improve their production speed and accuracy, while staying competitive in their markets. So, why buy a weld cell from ABB? That is fairly simple – it is like buying a robotic welder, but even better.
FANUC Robotics is one of the top robotics companies in the world. They build industrial robotics for almost every market available, and the company has a reputation for building quality robots that perform for decades after they roll off the assembly line. The company also manufacturers weld cells that can help companies streamline their welding application, and possibly improve the overall productivity of their line.
KUKA has been an expert in welding for more than 100 years. It would stand to reason that a company with a history of welding prowess would be at the forefront of industrial robotic welding, and KUKA is not a company to disappoint. KUKA offers customers not only several different robot welding models, but also robotic weld cells for those who want to streamline their manufacturing processes even further.
Any time a company decides to integrate a robot into their production line, it is going to make the line more productive, as long as the company has done its homework and translated the production line accordingly. However, sometimes a company wants to take their ergonomic ideas further and put something like a welding cell into place to further streamline their production. Ergonomics is basically the science of how to make workers more efficient in their working environment.