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Sir,,,I have copied and pasted different version of Configuration to Merlin folder.Will different version of Configuration will make error? and also I can't find written code of Stepper motor...
This channel have come a long way in terms of video quality and other aspects and I've learned a lot of things here and I'd love it if you could recreate your old arduino basic tutorials, Thanks for what you've shared with all of us and I hope you'll keep going
All your projects have been an inspiration for me and I'm currently developing my own smartphone controlled car, thanks for the amazing ideas!!! Great work!!!
It’s great that you keep your collaboration with Dassault Systèmes to produce your legendary content. I can tell you that your rover video has had a great success among DS Enovia engineers. 👍
With this laser power you should think about some enclose, it is enough to irreversible damage your eye within a glimpse. Also a fume extraction would be good because of the toxic gases and particles. Greets from an engineer who works everyday with lasers.
Hey, thanks for the input! Yeah, we must be very cautious when working with lasers. I already mentioned that in the video that safety goggles and respirator mask are must have. Cheers!
I had been eyeing this robot for a while but never could come up with a real use, now you have and now I'll probably have to build one... Maybe lol thanks
Can you do an indepth inverse kinematics explanation? Showing the steps how to derive the equations and perhaps doing another example for other robot design would be very nice!
I understand how inverse kinematics works in theory but I've never been able to understand how people use it on real things. I don't underhand how they manage to get the angles needed for calculations and I also don't understand how they manage to get the location of a partof the robot in 3d space
Hi Dejan, I downloaded all the build files from Cults. Where can I get the stl files for the case for the Arduino Mega + Ramps boards? The downloaded file only come with the Arduino Uno case stl files.
haha that was a good one! 🤣 Though, making a project like this requires so much work, starting from designing, building, programming, troubleshooting, filming, making a script, video editing etc...
Just an idea I had after watching the start of your video, you say you dont need the 4th rotary axis on the end effector as you are mounting the laser there. Most of the lower cost diode lasers dont have round beam shapes and they give a rectangular beam spot, as a result you find they will give higher power when travelling along that narrower axis. My thought is if you used the rotary axis to turn the laser head you could keep it aligned along that axis to maximize power, most important when cutting with the laser. My other thought was this may not be too difficult if you processed the file to be used as though it was to done with a drag knife engraver ? maybe there is already software that will keep the head aligned for that purpose ? Anyway nice project !
fantastic, as always! thank you for going into so much detail, i really learned a lot and feel like i could follow along. always amazing when you post a video! see you next time!
Please make a 3D printer version video off this sacara robot. Getting rid off from the traditional 3d printer's small printing area besides occupying big place problems can be solven by this.
To go further with the application of this scara arm ( like found with Fanuc industries ) I guess it's not imposible to make a version for 3d printing. Good work as usual keep us amazed!
Can marlin support a dual setup? Sticking a laser module to my 3d printer extruder assembly would allow me to do both, without having to switch hardware?
that's a brilliant idea big bro, may i ask why you not use light burn for the software? i really love our design, maybe i do it for may laser engraver..
hi man i wanted to ask if you make curses where you build those projects from scratch like actually building all the parts in solid works and explaining the code in details ? great video by the way
How does the SCARA kinematics and homing logic in Marlin work out for you? Do you need any more changes / improvements to get everything working well? I introduced a “scara feedrate scaling” factor at one point to deal with the difference between degrees-per-second versus mm-per-second, and that should have an obvious positive effect on laser engraving. And I also have in reserve some alternative kinematics (to deal with XY tool offsets) and improved homing (Z first, to the top and “quick homing”) for a SCARA like yours (with a rotating base), originally made for the defunct MakerArm project. There is even mesh leveling. Some of those changes should eventually get integrated into Marlin. At one point I also repaired the old laser plugin for Inkscape, but it looks like the plugin you used is superior.
Hey Scott, thanks for the incredible work you put in the Marlin firmware. Just like I said in the video, I had some problems with the homing, I opened up a issue request on Github #22233. I managed to get it somehow working with commenting few lines just like explained in the video, but still it's not working 100% as it should be.
Hello, I am guided by this project to make my scara type 3d printer, however when I enter a G1 the robot does not move, while with the G0 it works as in the video, I do not know if you have any advice, it should be reported that because it is an arm the G1 should make linear trajectories while the G0 non-linear movements.
Hi, I need to read data of battery and show level in a display, but I wish to show in percent instead just volts. I’ve a eletric motorcycle, and the display show 64 volts ou 50 depends how I driving. But it’s confused because I never know if the battery is low or not. In percent is more clear. Can you help me ?
Thank you for this great explanation)) could you please tell me if will be possible to change stepper motor to servo motor? Do I need to do any gears changes ?
Could this possibly be scaled up to run at a small workshop level to cut stuff like sheet metal? Looks quite interesting, only seen Scara printer prototypes before.
Hi Thank you very much for all the information. I have a question. Your Solidworks 2D drawing should prepare for zero and home point, and you had to look upside down so that, for example, the scara offset x and y will be 200, -120. What if you see the Solidworks drawing exactly right. Then the x + axis is to the right, the y + axis to the top and the z - axis from the screen to the top (the z axis will be the same). If we write the coordinates with this perspective to Marlin and change the limit switch pin to "+" except for the z axis (z axis still in "-"), should this work (x, y, z home direction is still -1 because we are approaching limit switches, but for positive direction this time for x and y)?
hi, i have a problem with homing can you help me with this issue. i used the firmware from your site but my issue is y homed first but when started to move towards endstop y also rotates but it should be idle when x is homing as you shown ,someone please help me with this issue
Hey, thank you very much for the coolest content. Creativity. Looking at your site, I noticed two projects where you use the same tool, laser engraving machine by "scara robot" and laser engraving machine by "simplest CNC machine", I guess the question, what is the use of laser in scara even though there is a simpler CNC machine that is easier to use and less expensive, but most of those interested in this field use the same idea of the simplest CNC machine as it develops. scara . is not used
I'm improving your project to be an all-in-one machine but the more I go on, the more I notice some flaws: -The vibrations and the inaccuracy are due to the accommodation of the thrust bearings in the joints which block only the first millimeters causing translation during movement. - Marlin was not well implemented, it has a dedicated laser mode. -In the parts list you forgot to include the 30x42 ball bearing. apart from these things congratulations for being able to assemble without modifying the pieces and using only 3D printed parts.
Hi there, I tried to test your engraver and encountered the following problem. When I try to home all axis, the Y homes nicely(while the X is moving away from the endstop), but then the X skips entirely and proceeds to the Z axis. If I try to home the X manually, it works perfectly. Do you have an idea, why that could be? Thanks in advance!
![I Made a Robot Arm to Hold My Camera [$500]](http://i.ytimg.com/vi/e3TNaIyTAnY/mqdefault.jpg)
I hope you enjoyed this video and learned something new! If you'd like to support me making more content like this, please consider supporting me on Patreon: www.patreon.com/howtomechatronics
sir please make for 3D printer
Can i get the source code??
Try to convert the same into 3d printer
Sir,,,I have copied and pasted different version of Configuration to Merlin folder.Will different version of Configuration will make error? and also I can't find written code of Stepper motor...
That looks like a fun project indeed. This inspires interesting ideas for me thanks!
Thanks Jeremy, glad you liked it! Cheers :)
Oh hey nice to see ya here
At this rate, your SCARA robot will be making your meals for you soon enough!
haha, that's a good idea, I will put that in my to-do list! 😃
This channel have come a long way in terms of video quality and other aspects and I've learned a lot of things here and I'd love it if you could recreate your old arduino basic tutorials, Thanks for what you've shared with all of us and I hope you'll keep going
Incredible. Hopefully I can attain 20 percent of your skill at some point
my favourite channel on youtube. Dont stop teaching us
All your projects have been an inspiration for me and I'm currently developing my own smartphone controlled car, thanks for the amazing ideas!!! Great work!!!
Good Job man! Thank you for not only inspirng but also sharing your projects with the online community :))
Amazing but simple projects!
These are projects that I can do with my son!
Congratulations for the excellent channel and content!
Thank you very much!
Wow holy crap that's amazing! You did an incredible job, and it looks totally professional! That is damn impressive
Thanks!
It’s great that you keep your collaboration with Dassault Systèmes to produce your legendary content. I can tell you that your rover video has had a great success among DS Enovia engineers. 👍
You could apply s-curves to the motion to control a lil bit the backlach of the belts and smooth out the trajectory.
Thanks man! You rock! I've been hoping for solid works to be more affordable.
Thank you!
With this laser power you should think about some enclose, it is enough to irreversible damage your eye within a glimpse.
Also a fume extraction would be good because of the toxic gases and particles.
Greets from an engineer who works everyday with lasers.
Hey, thanks for the input! Yeah, we must be very cautious when working with lasers. I already mentioned that in the video that safety goggles and respirator mask are must have.
Cheers!
Outstanding! You are my new favourite RUclipsr!!!
Thank you so much 😀
Incredible! This must be one of a kind? I've never seen this type of laser before, this has capabilities that no other laser has :-)
Glad to hear it, thank you!
Finally u did it . Good luck man
I had been eyeing this robot for a while but never could come up with a real use, now you have and now I'll probably have to build one... Maybe lol thanks
hehe have fun building on! :)
Another great project,
best greetings from germany, Wolfgang
Many thanks! Cheers!
Can you do an indepth inverse kinematics explanation? Showing the steps how to derive the equations and perhaps doing another example for other robot design would be very nice!
Well I plan to make such a tutorial as a website article, but I lack time to do it any time soon.
I understand how inverse kinematics works in theory but I've never been able to understand how people use it on real things. I don't underhand how they manage to get the angles needed for calculations and I also don't understand how they manage to get the location of a partof the robot in 3d space
No way I'm here 3 mins after upload!
Hi Dejan,
I downloaded all the build files from Cults. Where can I get the stl files for the case for the Arduino Mega + Ramps boards? The downloaded file only come with the Arduino Uno case stl files.
Finally he remembers that he has a youtube channel♥️😂
By the way nice project♥️🔥🔥🔥
haha that was a good one! 🤣
Though, making a project like this requires so much work, starting from designing, building, programming, troubleshooting, filming, making a script, video editing etc...
@@HowToMechatronics yess we all know that u work much more than, what is shown in the video,
U inspire us,
Luv u bro♥️🔥
Your project is amazing, I'm very impressed. And post to anyone who wants to make a robot like that. It's impressive. Congratulations and success.
Glad to hear it, thank you!
@@HowToMechatronics I am honored for your return. If I had conditions I would have a robot like that.
My fav chanel. Nice project
Thanks!
Just an idea I had after watching the start of your video, you say you dont need the 4th rotary axis on the end effector as you are mounting the laser there.
Most of the lower cost diode lasers dont have round beam shapes and they give a rectangular beam spot, as a result you find they will give higher power when travelling along that narrower axis.
My thought is if you used the rotary axis to turn the laser head you could keep it aligned along that axis to maximize power, most important when cutting with the laser.
My other thought was this may not be too difficult if you processed the file to be used as though it was to done with a drag knife engraver ? maybe there is already software that will keep the head aligned for that purpose ?
Anyway nice project !
am always amazed by smart people :)
fantastic, as always! thank you for going into so much detail, i really learned a lot and feel like i could follow along. always amazing when you post a video! see you next time!
Great to hear!
Please make a 3D printer version video off this sacara robot.
Getting rid off from the traditional 3d printer's small printing area besides occupying big place problems can be solven by this.
How to 3d print that white laser holder to fit laser precisely?
Waoooooo!Your design is really really AMAZING!
Shouldn't you have some kind of casing around the laser
A video in which you convert the robotic arm into a 3d printer would be very interesting.
Really appreciate your efforts 👍👍👍👍👍🌻
Hello sir
It’s showing some error in code about u8glib file
You should teach up how to make a 3D printer/extruder.
I love your content. Great resource. 🤙🏾
nice! you could mount the robot above the material which would give you full 360* freedom
That's cool idea!
Can you make this robot arm modular so that it can do laser engrave, 3d print and cnc jobs with just changing the tip tool.
Can we make pcb print or etch with this laser ?
These scara plans, down to the thumbnail of the how-to build video, are all over the net as diy kits. People are trifling
can you please make a video of its parts briefly, from where you bought it and how you did the complete programming the brief video🙂
To go further with the application of this scara arm ( like found with Fanuc industries ) I guess it's not imposible to make a version for 3d printing. Good work as usual keep us amazed!
Yeah, 3D printing is on my to-do list with this SCARA robot.
@@HowToMechatronics Awesome :)
I can't understand what size of the working area turned out in the end, if measured from the base of the manipulator?
Thank you for your informative video
Excellent project 👍
Thank you! Cheers!
Fantastic design. How would the electronic part be changed, if you had to drive NEMA 34 controllers instead of small NEMA 17 ones?
Given the many degrees of freedom of the robot, would it be possible to engrave ona 3d surface of an object, like the sides of a cone?
Can marlin support a dual setup? Sticking a laser module to my 3d printer extruder assembly would allow me to do both, without having to switch hardware?
Bro u r working hard superb 👍
that's a brilliant idea big bro, may i ask why you not use light burn for the software? i really love our design, maybe i do it for may laser engraver..
Wow , it's very interesting project
Can you make a laser 3d printer by making small modification of this.
hi man i wanted to ask if you make curses where you build those projects from scratch like actually building all the parts in solid works and explaining the code in details ?
great video by the way
How does the SCARA kinematics and homing logic in Marlin work out for you? Do you need any more changes / improvements to get everything working well? I introduced a “scara feedrate scaling” factor at one point to deal with the difference between degrees-per-second versus mm-per-second, and that should have an obvious positive effect on laser engraving. And I also have in reserve some alternative kinematics (to deal with XY tool offsets) and improved homing (Z first, to the top and “quick homing”) for a SCARA like yours (with a rotating base), originally made for the defunct MakerArm project. There is even mesh leveling. Some of those changes should eventually get integrated into Marlin. At one point I also repaired the old laser plugin for Inkscape, but it looks like the plugin you used is superior.
Hey Scott, thanks for the incredible work you put in the Marlin firmware.
Just like I said in the video, I had some problems with the homing, I opened up a issue request on Github #22233.
I managed to get it somehow working with commenting few lines just like explained in the video, but still it's not working 100% as it should be.
Please make a video on robotic arm 3d printer
How does deeply work air defence system? & How to make air defence system? (Eg.- radar gaided system. )
Hello, I am guided by this project to make my scara type 3d printer, however when I enter a G1 the robot does not move, while with the G0 it works as in the video, I do not know if you have any advice, it should be reported that because it is an arm the G1 should make linear trajectories while the G0 non-linear movements.
hello, i am having problem impleminting the offset and the home position relative to the zero bed can you explain how did you figure it out. thanks
Интересная вещь. Станочек класс. Спасибо за обзор.
can i get the link to buy the laser engraver ? Because the link you gave is showing that the product is not available......
if i mod these plans to accomodate my 3d printer nozzle and extruler would i have a very dextrous printer?
Great work. And an honor to be sponsored by the mighty SOLIDWORKS. I wonder if they will phase out OnShape soon
How do we enlarge this design if we wanted to..? like to make it's working area about a plywood sheet size..?
What about a CNC motor on the end
Hi, I need to read data of battery and show level in a display, but I wish to show in percent instead just volts. I’ve a eletric motorcycle, and the display show 64 volts ou 50 depends how I driving. But it’s confused because I never know if the battery is low or not. In percent is more clear. Can you help me ?
Thank you for this great explanation)) could you please tell me if will be possible to change stepper motor to servo motor? Do I need to do any gears changes ?
Hey, thanks!
Well it depends what kind of servo motors. It is possible of course, it completely changes the whole system, the drivers, the code etc..
Could this possibly be scaled up to run at a small workshop level to cut stuff like sheet metal? Looks quite interesting, only seen Scara printer prototypes before.
Sure, why not if designed properly.
believe me you are genius ❤️
Hi
Thank you very much for all the information. I have a question. Your Solidworks 2D drawing should prepare for zero and home point, and you had to look upside down so that, for example, the scara offset x and y will be 200, -120. What if you see the Solidworks drawing exactly right. Then the x + axis is to the right, the y + axis to the top and the z - axis from the screen to the top (the z axis will be the same). If we write the coordinates with this perspective to Marlin and change the limit switch pin to "+" except for the z axis (z axis still in "-"), should this work (x, y, z home direction is still -1 because we are approaching limit switches, but for positive direction this time for x and y)?
how much weight can support the arm?
do you think i can swap a more powerful laser module that weights 360 g?
15:35 Cura work with scara mode?
So can you also put a pen holder on the end to draw with this as well?? Thanks Laurie
Yes, that's possible.
İncredible very nice project congratulation👍
Thank you very much!
Can add mks-dlc32 Controlled for the arm?
[question]: What is the *maximum* [Length] BY [Width] *engraving area* shown at [1:29] ?
What are the transmition ratios?
Excellent guide, good work.
Glad you enjoyed it!
can we use this for 3d printer or cnc
Awesome video! Thanks for sharing.
Great work. Just one question to the forward kinematics equation: + instead of x , correct?
Did anyone count how many times his voice cracked 😂 lol love this video
Yessss!! Thank you
hi, i have a problem with homing can you help me with this issue.
i used the firmware from your site but my issue is y homed first but when started to move towards endstop y also rotates but it should be idle when x is homing as you shown ,someone please help me with this issue
Nice, guy, what you think about place this robot upside down on sth, it will have a circularr workspace, not without this stand
Hey, thank you very much for the coolest content. Creativity. Looking at your site, I noticed two projects where you use the same tool, laser engraving machine by "scara robot" and laser engraving machine by "simplest CNC machine", I guess the question, what is the use of laser in scara even though there is a simpler CNC machine that is easier to use and less expensive, but most of those interested in this field use the same idea of the simplest CNC machine as it develops. scara . is not used
Please also make tutorial, that how to use this robotic arm for 3d printing also, how we can attach filament with this
Yeah, that's on my to-do list.
I'm improving your project to be an all-in-one machine but the more I go on, the more I notice some flaws:
-The vibrations and the inaccuracy are due to the accommodation of the thrust bearings in the joints which block only the first millimeters causing translation during movement.
-
Marlin was not well implemented, it has a dedicated laser mode.
-In the parts list you forgot to include the 30x42 ball bearing.
apart from these things congratulations for being able to assemble without modifying the pieces and using only 3D printed parts.
Nice. That said - the arm looks very wobbly. Did you measure the play?
Yeah, it's quite wobbly. I don't have exact numbers but it's few mm for sure.
Fun and educational 👍
Why did you change the Arduino to Mega?
When will you have these available for sale?
Looks like you'll be building a robot which can cook food for you, with servo based hands, in future
how much cost and time do we need to complete?
Awesome man👍👍👍👍
Thanks 👍
Hello, I want to make this really nice project ! But seems like the link to download the Stl is dead on the website. Thanks in advance!
Which language is supported in Arduino? First which programming language do we have to learn to program Arduino.
great man great work
Amazing!!! You are a genius!
Thank you! 😊
you are a legend
Hi there,
I tried to test your engraver and encountered the following problem. When I try to home all axis, the Y homes nicely(while the X is moving away from the endstop), but then the X skips entirely and proceeds to the Z axis. If I try to home the X manually, it works perfectly. Do you have an idea, why that could be? Thanks in advance!