It's a common misconception that robots require flawless pre-assembly of parts. That would indeed be great! But the reality is often different.

Parts are typically pre-assembled by humans, and it's not uncommon for them to deviate from the ideal standards. Even deviations of 3-5 mm, which may go unnoticed by humans, can pose significant challenges for robots. So, the question is: Can robots handle such deviations and still perform effectively?

00:00 Welcome back to our YouTube channel
00:40 Repeatability and Absolute Accuracy of the Robot
02:19 Low Absolute Accuracy of the Robot
02:55 External Axes
03:35 Robot Tool
04:11 Part Positioning
05: 18 Part Geometry
05:48 Online Programming Using Teach Pendant
06:50 Offline Programming
07:21 Adaptive Robots/Autonomous Robots
07:56 Let's Examine Some Specific Examples

About us:

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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