Robotic welding cells are proven to provide accuracy, reliability, versatility and speed for many industrial applications spanning diverse industries.

However, for some fab shop owners and manufacturers practicing lean principles concerns arise around floor space. How much valuable manufacturing space will a robotic welding cell consume? Is this welding cell the most efficient use of that floor space?

In nearly every manufacturing industry, we're seeing more and more welding automation as demands increase for faster throughput and higher quality while these companies struggle to find skilled welders.

Automation in welding has grown from something only seen in large, high-volume factories to a standard you now find in almost every factory and fab shop, no matter the size. You will see a smorgasbord of robotic welding solutions, from integrated welding robots to pre-engineered robotic welding cells.

As productivity demands continue to rise, it’s time to get rid of the old mindset that you can’t MIG weld aluminum with 1/16” wire. Yes, you can! And, it can be done in a way that is smooth for welders and increases weld quality and productivity. 

There are many methods to achieve metal fusion via welding, and choosing the right welding process is crucial to a production line. To help determine the best type of welding process to get the highest quality weld, take into consideration the following factors for the most common manual and robotic welding processes.

The looming skilled labor challenges have led manufacturers in nearly every industry to integrate more robotic automation than ever before.

As a global leader in innovative welding and robotics solutions, we understand the challenges manufacturers face today. And we have the solutions.

OTC DAIHEN this year has released some of the hottest innovations and technologies in robotic welders, power sources, teach pendants, cobot welders, manual welders and more.

Let’s get your production out the door faster! Check out our newest product releases:

Robotic welding cells are proven to provide accuracy, reliability, versatility and speed for many industrial applications spanning diverse industries.

However, for some fab shop owners and manufacturers practicing lean principles concerns arise around floor space. How much valuable manufacturing space will a robotic welding cell consume? Is this welding cell the most efficient use of that floor space?

In nearly every manufacturing industry, we're seeing more and more welding automation as demands increase for faster throughput and higher quality while these companies struggle to find skilled welders.

Automation in welding has grown from something only seen in large, high-volume factories to a standard you now find in almost every factory and fab shop, no matter the size. You will see a smorgasbord of robotic welding solutions, from integrated welding robots to pre-engineered robotic welding cells.

As productivity demands continue to rise, it’s time to get rid of the old mindset that you can’t MIG weld aluminum with 1/16” wire. Yes, you can! And, it can be done in a way that is smooth for welders and increases weld quality and productivity. 

There are many methods to achieve metal fusion via welding, and choosing the right welding process is crucial to a production line. To help determine the best type of welding process to get the highest quality weld, take into consideration the following factors for the most common manual and robotic welding processes.

The looming skilled labor challenges have led manufacturers in nearly every industry to integrate more robotic automation than ever before.

As a global leader in innovative welding and robotics solutions, we understand the challenges manufacturers face today. And we have the solutions.

OTC DAIHEN this year has released some of the hottest innovations and technologies in robotic welders, power sources, teach pendants, cobot welders, manual welders and more.

Let’s get your production out the door faster! Check out our newest product releases: