Building a DIY portable Laser Engraver
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- Опубликовано: 6 сен 2024
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In this video, we will build a super portable and precise Arduino-powered laser engraver. We will explore a new and unusual way of building these DIY machines by using rotational axis instead of linear ones, achieving great precision and unlimited range in a surprisingly small package that can be powered simply from a power bank and controlled wirelessly using a smartphone.
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here are some useful links:
- 3D models:
www.thingivers...
- PCB design:
drive.google.c...
- parts list:
docs.google.co...
- 28byj48 bipolar mod:
ardufocus.com/...
Looks like a cool project if you're on a budget and/or don't have access to a proper X/Y galvanometer head. I'd suggest three things though - 1.) use two mirrors instead of one and fix the mounts for both steppers - as it is, one axis is only moving the mirror's mass, while the other axis is having to move the mass of the mirror PLUS that of the other stepper. 2.) depending on the field size, it may not affect things enough to matter, but X/Y systems like this should really have an F-theta lens to flatten the focus across the entire scanned field. And 3.) use first-surface mirrors instead of normal everyday second-surface ones. Refraction through a second-surface mirror's glass degrades the quality of the beam.
That’s hands down the best thing I’ve seen this year
Hi! Are the google docs available somewhere else with the parts list and gcode? And the design for the circuit board? Thanks, very cool project!
The parts list on Google Drive says it's deleted? Can we access it somewhere else?
Hi did you find it?
I like the system. The quality is pretty good for a 3D printed unit that has steppers instead of Galvanometers. You could probably get a little better quality with a first surface mirror as well. I am impressed though. Good job. I may have to build one.
Just a tip, don't use "normal" mirror (unsuitable for a laser) , look for a mirror in a paper scanner that you disassembled. I 'm not going to develop here but it's better.
this kind of laser control has been used for quite a while, and still is in machines like the laser pecker. Lasers mainly use cartesian gantries because you need to keep the beam straight when cutting
Holaa buenísimo!!!!! Excelent the home made litle pcb diy, Te Felicito por tu trabajo!!!!! Congratulation!!!! Saludos desde argentina 🤚👍
I´m very interested in building it, it is an incredible design. Could you please share more details on software? I know you are using Grbl firmware, but which version?
Hi there! Like the laser!
I was wondering if you could make a detailed video with the assembly and setup of this. I'm going for an engineering degree in the future and this would be fun for me to make
THANKS FOR THE VIDEO CONGRATS, how do you control tension & current for the diode?
google drive links not working . please re upload if possible.
Beautiful project, google files are missing
I know, unfortunately I lost them
@@DAZprojectsoh wow that's a big problem, I just sent the structure to print 😢
@@s3pri0tdo you have them? I would like to try and set this up
Google Drive - Link missing 🙄☹
Could you repost the source link please .
Like a galvo with 100x the inertial forces
Hi DAZ, amazing project, going to build it. Can you tell us what laser head you used?
Hi! Are the google docs available somewhere else with the parts list and gcode?
Hi there...
Some of the links don't work any more. Can you please repost them? This seems to be a nice design... I would like to replicate it if possible...
Thanks for the nice work 👍
Has the firmware for this ever been released or is this now an waste of time thinking about making? I see the links to google drive for PCB and parts list have been removed so I'm guessing its now an abandoned project.
Congratulations, very good project. I have a questions:
Is the print not affected by the variable focal length between the laser and the objective?
Do you set any software fixes?
It is affected and I am positive he choose the optimal "range" so in the middle is slightly out of focus, outside of that is in focus, and further still is back out. Testing would reveal how much that affects quality to adjust for the best results with the lens. I was thinking if he could add a way to adjust that lens when the steppers hit their extremes. If he had the center of the work area in focus, when the laser starts hitting the limits of the area a mechanism would adjust the focus out to compensate. You could even have the lens on a spring to return back to the same focal distance.
Hi, a new subscriber here. Looking forward for another video with firmware. I am planning to make this also. AMAZING project!
DO NOT BUILD THIS, It is dangerous. An unshielded 250/400 mW laser diode as mentioned in the parts list can blind. 250-400mW visible light laser diodes are classified as class IIIB lasers meaning they are capable of causing eye damage
you made my day
This principle I am also thinking on to make an additional tool to quickly switch between linear CO2 laser and galvo CO2 laser.
The moving mirror will move the unfocused laser to the last lens and will burn on the material.
where can i get the code?
Heya, quick question. It appears you're using 28byj-48 steppers, how are you dealing with the play / backlash in the gearbox? I would expect to see what appear to be missing steps in the engraving every time the motors change direction but that doesn't look to be the case.
I dont think a few missed steps are that much of an accuracy concern. the motor is like 2048 steps per revolution after the gearing.
Alguien tiene el codigo o alguna sugerencia? para realizar este proyecto
I printed all parts. But there are some information missing.
For example that you have to print 2 small gear's.
And the bearrings with 16x8mm are this 628?
Is there a option, to use the normal laser modules from Ali or creality maybe.
But all in all a great project and I like you skills, to do those awesome things.
Greetings from Germany 🇩🇪
Hi you still have the stl?
awesome... the only problem I see is the safety issues related to a laser
thanks for the resourse
What firmware do you use ? And can you provide links un the BOM?
Ok, I'll add them later. I use grbl, i will make another video about the software side of things or at least i'll make an article on the Arduino projects hub, i still have to decide
DO NOT BUILD THIS, It is dangerous. An unshielded 250/400 mW laser diode as mentioned in the parts list can blind. This has no shielding and can cause blindness
@@nova9054 for now It's just curiosity and if I build it I will buy laser good google, I dont wan to lose my eyes
this is genius
So how do you overcome the distortion issue?
Complimenti Davide!
Waiting for the next part eagerly please upload soon.
Que pena que los links estén rotos.
Aweee part list file was deleted 😭
Is it UV laser? what wattage?
hi can you shre a link to the github files please
Control laser with pwm, is much faster than a relay
Please part list link
Hi, how did you control de focus!
awesome project! is the firmware opensource? I would love to duplicate the device
Can you give me the grbl code I can't downlaod it?
this is super cool design!!!
Hi!, excellent project, can you repost the pcb design? thanks!
Cool project.
waooo amazon project!!!!! im.a question.. motor stepper 5v or 12v?
Hello
Sorry, the file you have reques
ted does not exist.
Make sure that you have the correct URL and the file exists
Remember to use proper safety glasses when using lasers, they are very dangerous and can lead to permanent blindness.
Let me know what you would like to see me build next 👍.
I'm not responsible for any eventual injury caused by this project.
Do you have the code? I want to build to :-D
Great video and awesome project! My parts list is ready, looking forward to the code video so that I can make my own one.
How it manage to maintain its
Beam focus because as beam moves from one end to other its distance vary from large to lass to large and so on it should be Account, so how it's implement here??
Amazing!!!
Bro thr google drive links are dead 😢i need new ones 😢
I'm wondering how you solved the distortion problem, as a normal laser engraver goes on an x, y axis, and here you get a non fixed axis...
So amazing! I love it!
What sort of speed can be expected on thin wood?
What's the total cost??
Looks interesting. But dont the stepper drivers need a 470 capacitor each? In any case, great job. Very interesting, different take on laser cnc.
I used a single capacitor for both the stepper motors mainly to save space and it worked perfectly fine
@@DAZprojects Did you step it up to 1000uF or kept it 470?
@@eraldylli i user 220uf and it worked fine
Hi, Its amazing project. can you share the code link. I really appreciate it
Good job!!
You might want to use a mosfet rather than a relay to switch the laser- I don't think a relay will survive too many images
Bro . Boleh saya minta part list
Hey I love your project, I will try to reproduce it !
I see on 3:09 that you put à red cable between something on the bluetooth module and the pin "EN" at the back of the module ?
what is it ?
Hey, are you still planning on doing a video or projects page on the coding?
Unfortunately not
@@DAZprojects any tips so i can try it myself? Or can you maybe share your files somewhere?
@@DAZprojects I got it all working now, great project. For reference i am curious as to what your final grbl settings and microstep settings were
I love this so much! I am looking forward to this project. Instant sub btw! Cant wait for more videos!!!
DO NOT BUILD THIS, It is dangerous. An unshielded 250/400 mW laser diode as mentioned in the parts list can blind. This has no shielding and can cause blindness. 250-400mW visible light laser diodes are classified as class IIIB lasers meaning they are capable of causing eye damage
👍I would like to buy this one, What will be the price?
Can I do this?) and how much will it cost? Thanks!
Sir I need this mechine
can i do it without custom pcb?
Running a laser that will blind you in a microsecond without an enclosure is a recipe for disaster.
Do anyone know where I can find links to buy the stuff ? especially for the laser head, I can't find it...
aliexpress
Very nice project... Would be laser 1000 mW (1W) be better, or 500mW is enough (and because of cooling)?
The laser I used was perfect for engraving at a reasonable speed
DO NOT BUILD THIS, It is dangerous. An unshielded 250/400 mW laser diode as mentioned in the parts list can blind. This has no shielding and can cause blindness.
A 1W laser would be even more dangerous. 250-400mW already makes it a class IIIB laser and can cause eye damage. A 1W laser WILL cause eye damage
@@nova9054 you obviously need to wear safety Glasses every time you use this laser
@@DAZprojects Look, your projects are cool and i do admire them, but I think you need to make it clearer that there are potential safety impacts when dealing with things like lasers. Some people who aren't trained engineers or have STEM knowledge try and make things like these and then can potentially hurt themselves. I like the project and I like your videos, but you need to make the safety aspect more clear. Sorry for the spam, but i don't want people getting hurt
Hi Your video is good. Please can I share it with the Chinese media? The original author will be identified in the introduction and your link will be left.
You can, thanks for the appreciation
@@DAZprojects Thank you so much😄Looking forward to more of your work. I'm also a 3D printing enthusiast, but I don't know much about programming🤣
But why only 500mw
Make it into a resin printer
where can i find its code
On GitHub, I'll make a article on Arduino project hub where you will find all the softwares and apps i used
DO NOT BUILD THIS, It is dangerous. An unshielded 250/400 mW laser diode as mentioned in the parts list can blind. This has no shielding and can cause blindness
@@DAZprojects - I would love to see the code! This is something that our local disc golf course needs to make its course signs out of wood rounds! Thank you sooo much for your time!
Would you like to give me laser lonk
Could you repost the source link please .