Скачать или смотреть Huge 75 ft Steel Beam. How to Weld it by Robots | ABAGY ROBOTIC WELDING

Look: this is the 75 ft steel beam! This is a robotic cell with a Kuka robot fixed on a gantry. With new technologies such as AI and machine vision, robotic welding is simple.

Step 1: the beam is placed freely into the work area with a crane.

Step 2: its 3D model is uploaded into the software, and the system automatically defines all the seams.

Step 3: machine vision scans the part, and the system finds differences between the ideal 3D model and the real part in the work area.

That's all. Robots know what to do. They are able to weld this part without programming. Note that during welding, such huge parts can be deformed. We have seen deviations up to 4 inches. But smart robots still manage to do it thanks to breakthrough technologies.

By the way, what is the biggest part you have welded? Write in the comments.

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Every day we experiment with robots. We are a team of engineers who have developed cutting-edge software that makes robots more flexible and intelligent. In our lab, we test a wide range of robotic equipment. Join us! Let's share experiences in using robots and explore the possibilities of automation together.

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Here are some of our topics:
– How is robotic welding different from manual welding?
– Main Types of Robotic Welding Processes, particularly Arc Welding
– Types of Welding Robots, including cobots
– Welding Robots Manufacturers (Fanuc, Kuka, Yaskawa, Kawasaki, Panasonic)
– Welding Machines Manufacturers (Lincoln, Miller, Fronius, Esab)
– How are robots used in different industries?
– Weld Quality
– Robot Programming
– AI and machine vision for robots

ABAGY is AI & machine-vision-based software for industrial robots https://abagy.com/

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