OK, is the smarts of your welding system powered by sophisticated algorithms or does an even more sophisticated AI system do all the work ? I can see the value of this system because it increases productivity and saves valuable time. Or at least this is my perception.
We talk about it in the video at the very end. You can navigate by these time codes. 00:00 - In the previous video 00:34 - Another fixture experiment, this time we use larger and more complex fixtures 03:39 - Scan results of complex fixtures 04:28 - Robot dry run 04:49 - About the senses of robots: they can see and touch (cannot only hear, smell and taste). 06:08 - What is a 3D camera and how does it differ from an ordinary camera? 05:47 - Review of different 3D cameras. The first scanner is small and cheap. 06:54 - Second scanner: a big angle of view, but expensive 07:38 - How can Abagy mount the 3D cameras? What options do we use? 09:00 - Third scanner with the hugest angle of view in our lab 09:17 - We test cameras, and compare their capabilities 13:49 - How does Abagy use AI? 15:11 - What is the difference between human vision and machine vision?
In your videos while you select welds in your GUI’s 3D cad view, it seems like the touch sense routine is generated automatically. Is the touch sense routine generated automatically by selecting weld? Or do we need to program touch sense routine for welds in your GUI? Can you post a video on how touch sense is programmed through your GUI? Thanks
For simple geometries, the system automatically generates touch sensing points. However, if you prefer to do it manually, you can easily specify touch points by clicking on the desired surface area. Thanks for the suggestion about making a video explaining this process-we'll definitely work on that!
OK, is the smarts of your welding system powered by sophisticated algorithms or does an even more sophisticated AI system do all the work ?
I can see the value of this system because it increases productivity and saves valuable time. Or at least this is my perception.
We talk about it in the video at the very end. You can navigate by these time codes.
00:00 - In the previous video
00:34 - Another fixture experiment, this time we use larger and more complex fixtures
03:39 - Scan results of complex fixtures
04:28 - Robot dry run
04:49 - About the senses of robots: they can see and touch (cannot only hear, smell and taste).
06:08 - What is a 3D camera and how does it differ from an ordinary camera?
05:47 - Review of different 3D cameras. The first scanner is small and cheap.
06:54 - Second scanner: a big angle of view, but expensive
07:38 - How can Abagy mount the 3D cameras? What options do we use?
09:00 - Third scanner with the hugest angle of view in our lab
09:17 - We test cameras, and compare their capabilities
13:49 - How does Abagy use AI?
15:11 - What is the difference between human vision and machine vision?
In your videos while you select welds in your GUI’s 3D cad view, it seems like the touch sense routine is generated automatically. Is the touch sense routine generated automatically by selecting weld? Or do we need to program touch sense routine for welds in your GUI? Can you post a video on how touch sense is programmed through your GUI? Thanks
For simple geometries, the system automatically generates touch sensing points. However, if you prefer to do it manually, you can easily specify touch points by clicking on the desired surface area. Thanks for the suggestion about making a video explaining this process-we'll definitely work on that!
good
Thanks