Watching this video again bc singularity came up in an email discussion. Honestly Adam, this is the most practical yet thorough video on singularity avoidance in applications.
Hi Adam! I had my first experience with Fanuc recently and my first project is piece handling in a die casting cell. Basically extract the piece in the die casting machine and at the end placing in a trimming press. I have faced a lot of challenges, and it was hard to make functions work like softfloat, home position from anywhere inside the cell and others. Your videos help me a lot. I had problems with singularity as well and many times I wondered “Why is it happening? What am I doing wrong?” Now it’s clear! Thank you very much! Keep teaching us! Greetings from Brazil!
Thank You again! The interesting part is, You are quite often releasing videos right about the same problems I am currently dealing with. Came to the same conclusion of using the wedge block for the tool.
Nice content …. Just bought my first robot and had only heard of singularity, didn’t know what it was….. thanks for the explanation, will undoubtedly save me some headaches in the future 😂😂😎😎👍👍
Very nice video Adam, thank you for this! I believe this will help lots of robot programmers to further their understanding of singularities, and how to incorporate mechanical design changes to avoid them.
Hello Adam, Nice video. In this case, your solutions are definitely the right ones -- you do need hardware changes. However, in certain situations, you might also try to reach an end-effector pose with a different configuration (back / front, elbow down / elbow up).
Great point! Changing robot configuration can also help. The best thing is preventing it altogether if possible, but at least there are plenty of solutions to fix it. :)
Equifinality is the term you seek, rather than "an infinite number of solutions". Because the actuators have resolution (they are discrete rather than continuous), there are not in fact an infinite number of solutions. It is simply a high-dimensional system with many possible combinations for a given end-effector position and orientation.
It took me a while to learn about singularity, with your video it was easier to understand. An important tip is not to disable singularity! Thanks. how the singularity avoidance function works?
The Singularity Avoidance option algorithm comes from the brilliant minds at FANUC who write the kinematics code. I'm certain it is FAR over my head :)
A great video / information. Simple and easy to understand. Thank you. I have one question though. Does six axis manipulator with similar configuration have any other singularity. If there is, how many singularities are there?
would lowering the work surface work aswell? as long as joint movements are used when moving from below the base to above it? My cobot is cart mounted so It's height is fixed, and raising the height of the work surface is undesirable
Watching this video again bc singularity came up in an email discussion. Honestly Adam, this is the most practical yet thorough video on singularity avoidance in applications.
Wow thanks. I havened found a proper video about singularity with fanuc robots. But this explains everything. So easy once you understand.
best description I found for the singularity, thank you
I was looking for a tutorial about singularities since couple of days and this is the best i found so far
Hi Adam! I had my first experience with Fanuc recently and my first project is piece handling in a die casting cell. Basically extract the piece in the die casting machine and at the end placing in a trimming press. I have faced a lot of challenges, and it was hard to make functions work like softfloat, home position from anywhere inside the cell and others. Your videos help me a lot. I had problems with singularity as well and many times I wondered “Why is it happening? What am I doing wrong?” Now it’s clear! Thank you very much! Keep teaching us! Greetings from Brazil!
Thank you so much for sharing your story! I'm so glad that these videos are helping you! Keep up the great work, and thanks for watching!
One of the best videos about this topic
Thank You again! The interesting part is, You are quite often releasing videos right about the same problems I am currently dealing with. Came to the same conclusion of using the wedge block for the tool.
Nice content …. Just bought my first robot and had only heard of singularity, didn’t know what it was….. thanks for the explanation, will undoubtedly save me some headaches in the future 😂😂😎😎👍👍
Very educational while maintaining simplicity. Thank you!
Very nice video Adam, thank you for this! I believe this will help lots of robot programmers to further their understanding of singularities, and how to incorporate mechanical design changes to avoid them.
Another super great video. Definitely something I wish someone had explained to me before I ran into it the first time!
Excellent video.
Another way to effectively lower the base or lift the conveyor would be to extend the tool (via a rod, etc) axially outward along J6.
Very nice and friendly explanation.
Thank you for great explanation!
Thanks Adam! I didn't know what I didn't know, but now I know :)
Great information...Thanks a Million !!!
Nice explanation on singularity.
Thank you for the video. I would love to see more about FANUC and coorelated topics :)
Hello Adam, Nice video. In this case, your solutions are definitely the right ones -- you do need hardware changes. However, in certain situations, you might also try to reach an end-effector pose with a different configuration (back / front, elbow down / elbow up).
Great point! Changing robot configuration can also help. The best thing is preventing it altogether if possible, but at least there are plenty of solutions to fix it. :)
Great video. Thanks Adam
Great video Adam! This was very helpful
Thanks, Jesus!!
Equifinality is the term you seek, rather than "an infinite number of solutions". Because the actuators have resolution (they are discrete rather than continuous), there are not in fact an infinite number of solutions. It is simply a high-dimensional system with many possible combinations for a given end-effector position and orientation.
It took me a while to learn about singularity, with your video it was easier to understand. An important tip is not to disable singularity! Thanks.
how the singularity avoidance function works?
The Singularity Avoidance option algorithm comes from the brilliant minds at FANUC who write the kinematics code. I'm certain it is FAR over my head :)
He's back...
Excellent explanation! Thank you for the video 😊
Perfect explanation; I loved it! :)
A great video / information. Simple and easy to understand. Thank you. I have one question though. Does six axis manipulator with similar configuration have any other singularity. If there is, how many singularities are there?
whats name of the program you are working in?
nice. many thanks!
Is this why all J1 and J2 are not above eachother but shifted forward? Or is it just to increase the reach. I always wondered
The singularity only on >6 dof robots is wrong
would lowering the work surface work aswell? as long as joint movements are used when moving from below the base to above it?
My cobot is cart mounted so It's height is fixed, and raising the height of the work surface is undesirable
Absolutely! If you can alter the working surface, you can optimize where the robot is in its work envelope.
My arm has singularity too
Ur a badass Adam!
Hanzhen harmonic drive gear , robot arm gear , over 30 years experience