@@empty9360 Well yes but the fact a "standard" (=easily wide spread) physical platform exists can only push more people to tackle the G-code issue. Multiplying the potential of hours of developpement and news ideas coming from much more people.
I can see the fiddly side going into the other side of the interior pointing pointing outwards, with a bracket. The fact that you open-sourced this though... Respect!
Hola Freddie, I just got through ordering all of the parts and started 3D printing the required parts...I look forward to using and modifying it as I learn more...Thanks for the inspiration!!! I am just starting to print with Metal Filaments from Virtual Foundry and this will make a Great Addition!!!
Great to hear! Please keep us updated :) I have been busy with other projects but aiming to get back to Open5x from July so hopefully can share more tutorials and updates :)
Hi Freddie thanks for the good work. As inspiration now imagine a tool changer with a small milling bit where you can give a machined surface finish in 5 axis…
Printing without support is one thing. But with this thing you could do continuous carbon fiber filament prints. Prints that create super-strong tube like shapes where you create a grid out of continuous filament on the surface of the tube.
The part which holds second stepper motor could have wider spaced mounting holes, than the ones for the stepper motor. It'll be much easier to mount. (It will have T shape from profile)
Nice job !!! Looks like a mini Hermle 5axis CNC. I am thinking 🤔 about the slicer because a 5 axis machining software no come cheap at the moment. Is any reliable open source for 5 axis ? I see more limitations in the slicer than the hardware. BTW for this application the name slicer doesn’t apply 😏😏
Thank you for sharing Freddie! So generous! By the way, i see you implement bottom side to be good for Prusa printers. How to do it to fit in H -Bot ? That will go to be only change the base i think...need to do some drawings here :) Thank you again and good luck!
Quick question about the design, would using a different gearing system with the two motors not be easier? That way you can put both motors on the static part of the assembly and make it easier to move with less jerk and force required.
Great !!! Is it also possible to assemble the construction on metal plate to easily add and remove the rotary? It would be good to keep the option using the printer also for normal operation.
How is it printing without a print fan? You think a metal tube type blower might fit/work? I'm guessing most standard types would/could cause collision.
Not a ME but have done enough 3D printing to know that your V-axis shaft hub will snap off. It looks too weak to support the pulling force from GT2 belt. Otherwise very nice design.
I will try to build this myself, A, I don't have Prusa 3d printer, so I will have to modify few things to adapt it to my own printer (self mad one), B. I would appreciate a Bill of Materials (BOM) please so if I need to but things I have to know what to buy, C. I have an Octopus motherboard that can address 8 (OCTO) stepper motors, would the firmware work i.e. Reprap? Many thanks Siamak
Hey RUclips algorithm, I am commenting so this series gets more attention.
Me too. Worked
🔥🔥🔥 This is landmark in the fab world, in 2_5yrs aways from now just think how many people will have built/devellopped/adopted this...!
I think the main problem at the moment is to generate the G-Code for it. The mechanism behind it is nothing new
@@empty9360 Well yes but the fact a "standard" (=easily wide spread) physical platform exists can only push more people to tackle the G-code issue. Multiplying the potential of hours of developpement and news ideas coming from much more people.
@@olistiktok yeah this is true
All 3d printers before this will be considered absolute. Really nice work! Thanks a lot for sharing
I can see the fiddly side going into the other side of the interior pointing pointing outwards, with a bracket. The fact that you open-sourced this though... Respect!
Oh man, this is really good! Please make more.
Wow Freddie this is amazing! Thank you for sharing, looking forward to help further this development!
This project is incredible! I might cannibalise an old printer to try making this axis, will send you updates if it works
Hola Freddie, I just got through ordering all of the parts and started 3D printing the required parts...I look forward to using and modifying it as I learn more...Thanks for the inspiration!!! I am just starting to print with Metal Filaments from Virtual Foundry and this will make a Great Addition!!!
Great to hear! Please keep us updated :) I have been busy with other projects but aiming to get back to Open5x from July so hopefully can share more tutorials and updates :)
@@freddiehong Great! Hopefully by the time you are back, I will have mine up and running...If I have any questions about the build, may I contact you?
@@prestonengebretson2920 Yes, please feel free to email your questions! I would be happy to offer supports.
Thank you! We might finally have _3D_ printing!
Really cool! I know it is for 3D printing, but I would like to use a set up like this on a 3018/3020!
Great! I would make this mod in a unused geeetech A10M.. I'm waiting your video for the software configuration.. ❤️
hi Freddie, it would be perfect if the next video illustrates the use of the script.
I am planning! 😀
Hi Freddie thanks for the good work. As inspiration now imagine a tool changer with a small milling bit where you can give a machined surface finish in 5 axis…
Printing without support is one thing. But with this thing you could do continuous carbon fiber filament prints. Prints that create super-strong tube like shapes where you create a grid out of continuous filament on the surface of the tube.
That's an awesome use case. Good idea!
I am feeling how many iterations it must have taken just to get all the fitments this good
Genius, thanks for share. Excellent job
Wouldn’t use this setup but i can see why some would. Going to machine my own from aluminum so its rigid for better print quality and using ac servos.
The part which holds second stepper motor could have wider spaced mounting holes, than the ones for the stepper motor. It'll be much easier to mount. (It will have T shape from profile)
Interesting, but how software run and make?
Nice job !!! Looks like a mini Hermle 5axis CNC. I am thinking 🤔 about the slicer because a 5 axis machining software no come cheap at the moment. Is any reliable open source for 5 axis ? I see more limitations in the slicer than the hardware. BTW for this application the name slicer doesn’t apply 😏😏
Great 👍🏼 thank you so much
What are you doing with PTFE tape?
Great work. Loved watching the assembly process. I’m curious if you’ve given any thought to harmonic balancing for the whole assembly.
Mechanics look great, but what slicer supports this? 🤔
Could the parts be machined instead of 3D printed? would it weight too much?
Thank you for sharing Freddie! So generous!
By the way, i see you implement bottom side to be good for Prusa printers. How to do it to fit in H -Bot ? That will go to be only change the base i think...need to do some drawings here :) Thank you again and good luck!
Thank you! I have fitted onto a coreXY machine too. I will share it quite soon :)
Quick question about the design, would using a different gearing system with the two motors not be easier? That way you can put both motors on the static part of the assembly and make it easier to move with less jerk and force required.
Really great idea ... do you have nozzle STL files. Would like to rebuild that if I may ...
Brilliant!!
NIce! Is it useably with Klipper??
Great !!! Is it also possible to assemble the construction on metal plate to easily add and remove the rotary? It would be good to keep the option using the printer also for normal operation.
How is it printing without a print fan? You think a metal tube type blower might fit/work? I'm guessing most standard types would/could cause collision.
hello, can we adapt this project to 5 axis cnc?
I don’t think so. This is dedicated to 5axis additive manufacturing. there are already many 5axis milling machine.
Not a ME but have done enough 3D printing to know that your V-axis shaft hub will snap off. It looks too weak to support the pulling force from GT2 belt. Otherwise very nice design.
I will try to build this myself, A, I don't have Prusa 3d printer, so I will have to modify few things to adapt it to my own printer (self mad one), B. I would appreciate a Bill of Materials (BOM) please so if I need to but things I have to know what to buy, C. I have an Octopus motherboard that can address 8 (OCTO) stepper motors, would the firmware work i.e. Reprap?
Many thanks
Siamak
Please refer to the github repo. It runs on reprap formware. I am not too sire about octopus motherboard
how to build Gcode for printer UV axis?
WHAT THE SOFTWARE are you USE?\
Which Slicer are you using?
Could it be used on a CNC 3018?
Great!!
What's the print area of this printer?
Thank you, can wedo it for ender3 or should be for Pursa?
Yeah you can do it for ender3
@@freddiehong Thank you, i don t find second video for see how it works with printer with softwere
+👍
Stop using "open" if you're charging shit