ฝัง
- เผยแพร่เมื่อ 3 มิ.ย. 2024
- Team: Freddie Hong, Steve Hodges, Connor Myant, David Boyle
Github repository for sharing the contents of the project will be available in the link below
Still got few areas to improve, the repository will reflect the updates.
More 5-axis videos to come
Still at very early stage of the project,
Project can benefit from user contributions!
To appear in Extended Abstracts of the 2022 CHI Conference
Preprint article can be found in below link:
arxiv.org/abs/2202.11426
GitHub:
github.com/FreddieHong19/Open5x - วิทยาศาสตร์และเทคโนโลยี
![[TH] VCT Masters Shanghai Playoffs DAY 5 // 100T vs PRX | FUT vs TH](http://i.ytimg.com/vi/q75pv359eP4/mqdefault.jpg)
A SLICER!!! too many 5axis 3D printers with handwritten gcode- glad to finally see something happening in the software space, keep it up 👍
Thank you! Hope to get it off Rhino and into fully opensource platform. Need more community contributions!
@@freddiehong yeah, not everyone has $995 for Rhino
@@freddiehong yea that would be even more awesome. I've seen G-Code generation in Blender and FreeCad so might be possible. Stunning work never the less
I can see the benefits if this type of printing. At the same time happy I’m not the one responsible for the slicer code! 😉
@@TheRealStructurer It looks very complicated, it makes my brain hurt. haha
The amount of work that must've gone into making something like this work is 🤯 not only the printer but the software/slicer that works with it. Amazing work 👏🏻
I feel like it would be the software that's the problem I read an article the other day talking about how 3d printers don't actually print in 3 axis at once and I never thought about it but they were right and then someone did their college thesis on it and made software that would work and it's pretty amazing too but this is next level I geeked out watching this 😂
@@matthewmays1934 That's really interesting, do you have a link to the article?
@@matthewmays1934 I'm with @Vlad H, I too would like to read said article please.
I know what hes talking about ut was a german at a Hamburg uni, just google non planar printing and youll find his thesis
@@matthewmays1934 3D printers really are not taking advantage of what can be done with G-code. 3D printing is just another branch of CNC. additive rather than subtractive, but to the computer it's all G-code. And the best part G-code is a text format, so it's easy to manipulate with software.
Very good job Freddie Hong, Steve Hodges, Connor Myant, David Boyle
!!!!!!!!!!!
remarkable work! looking forward for the updates! 👏😎
Thank you! More to come soon :)
5-Axis 3D Printing *and* It has a SLICER *AND* it's OPEN SOURCE?!?
(It's like that meme lol, absolutely amazing work)
As CNC machining is my butter and bread, 3d-printing was a nice hobby. This changes the game in something serious. Chapeau!
Wow! Absolutely fantastic design.
i am able to "think" the path of force in a 3d print. i know where to add screws and in what direction to layout a model to benefit from continues lines instead of staked layers.
i need to rethink all of it, with the possibilities what this gives us!
this is great, we can lay out a part in a way that the strength benefits from constant layers, not even mentioning the happiness about losing the need of support!!
again, this is great!
This is truly amazing. Watching this blowed me away!
This is absolutely wonderful work. I am so glad this is open sourced! Once I get some time off school and work ill start playing with it. Imagine hooking this up to cranktown city's TIG 3d printer.
I've been looking into this for a while, finally see some development on software side.
Keep up the good work 👍
Absolutely thrilled to see the slicer software there too. If I can put together one of these in the next few months I'd absolutely love to start contributing.
Flipping great!!! Good work
Wow ! Seriously !! I can already imagine a modified version of this secured directly onto an existing printbed. Just plug the wiring into easily accessible expansion ports, change your nozzle, and voilà ! Great contribution thank you so much 🙂
'V' would be 'C' and 'U' would be 'B' axis if i'm not mistaking in traditional Machining. Rotary Axis to X is A, to Y is B and Z is C ... XYC -> ABC :) but yes! cool project
Absolutely amazing. Love it!
Hello Freddie Hong excellent work. Love you!
Nice work. One of the few actual 3D printers out there.
Been waiting for this to come around :) Nice work done. Keep on moving
Very impressive. The next step forward.
Conductive PLA! What magic is this!
This is Amazing 🤩 thanks for sharing Bro, you are awesome
I hope to see more soon!
This is amazing! It's really going to take planned obsolescence and failure engineering into the next generation!
Just teasing. Really amazing work.
wonderful to see optimisatoin in toolpaths ;)
Absolutely amazing.
Спасибо за наводку на технологию. Поизучал, нашел аналоги в том числе с открытым кодом. Удачи в развитии. Увы под мои задачи ваши аппараты избыточны.
if leveling the bed was a little tricky to fine tune, i bet this will be fun! i cant wait!!
This is the coolest thing I've ever seen
Excellent! Thank you!
OMG this is mind-blowing...
Holy smokes! How cool is that?!
I am subbed 👍
Words of awe should be here but I feel speechless 😔
Amazing project!
Looks awesome!
This is really cool
What a sweet project!
How much work would it take to convert an CR 10 or E3 to 5 axis?
And, what is you Github-name?
Excellent!
Does this work on a core xy?
Wow! instantly subscribed
Amazing!
Would also be good for ironing.
@"Major Hardware" needs this
It's very interesting. It's also very limiting in the size of the object you can print.
Gotta start somewhere. Scaling up seems pretty trivial
The only thing small is the setup they have, 5 axis CNC exist and they have huge build volumes. Making one yourself hasn't been super expensive, but the 5 axis CAM software is often prohibitively expensive, but with this open source 5 axis tool path generator, making the machine larger is significantly easy.
Very curious how well it does complex geometries such as figurines
Simply WOW
Great work very good. Would like to look at your work more closely you have the file vielleich ... Would like to rebuild it
Great work. I think I might have to try it 😂
Well the only problem is the slicer, it is not open source, you need a proprietary software for that, bummer for me but in general I think it’s a great idea.
oh shoot - just noticed the nozzle - can you supply link for that?
A true engineer
Very nice.
Where I can buy it😁
amazing project!
I would like to use your project to make a 5 axis CNC.
do you think will be possible?
Could the U axis be programmed to tilt the head instead? IE use this software to make conformal paths for robotic arms? 45 degree printing etc
Reach out if possible
Yes
Would be great if this would be supported from Prusa Slicer.
cool nice one
Hey sir how you make 5axis hardware card and which software use programming
Hello are you going to have a video for BOM, drawings of pieces and how you hooked it up to the Prusa? I want to do this with a c axis and a nutating head, less stuff swinging around
th-cam.com/video/C3vKHuxUmjc/w-d-xo.html
This video shows the how the gantry was assembled :) more videos to follow soon
Very cool! My workplace has a few Mazak 5 axis milling machines and the design is pretty much the same. Is the software you are using to generate the tool paths one you put together yourself? Usually you have to pay tens of thousands of dollars on an esprit license to get those complex movements
Yes, I made the g-code generator for 5-axis implemented into rhino/grasshopper
Any plans to develop a standalone slicer or maybe fork Slic3r/SuperSlicer/Prusa Slicer and go from there? The Rhino pre-req presents a pretty big barrier to entry at almost $1000 for a license, unless i'm missing something.
I agree, It would be great to have a standalone slicer similar to Cura or Sli3er. For now it’s implemented on Grasshopper because it provide a great platform to develop a new software . On grasshopper, it is easy to test, advance and simulate. Ultimate aim would be then to migrate the grasshopper script to free-to-use platform.
I am seriously thinking of building one for my 3D printer.
How far have you got.
I have no problem building the hard ware, installing it and setting it up.
I am aware of the electronic hardware, (board) you are using.
Where are you on the software.
Is it available for people like me that don't have the skills to write it.
Need to add worked as a programmer of 5 axis machining centers and mill turn machines.
Una mejora excelente. Es un accesorio muy útil para poder hacer piezas sin soportes y con resistencias mecánicas mejoradas.
Me queda una duda.
Por lo que he podido ver en el vídeo, generas tu mismo el gcode. Hay manera de implementar el Cura slicer para que lo genere, automáticamente??
Increíble trabajo, te felicito.
Saludos.
creio que não pois o algoritmo core do cura foi pensado pra trabalhar com 4 eixos apenas(extruder). creio que o algoritmo atual possa ter sido derivado de algum outro de CNC ja existente.
I will buy one now. Please send me info. Thanks! - Jim
where do i get that slicer?
It is simply amazing and fabulous, an excellent work, I tried the slicer, well I attempted to use it, lots of error messages regarding DLL files missing, I have downloaded evaluation version of Rhino7, Rhino works fine but Grasshopper, not yet, is there an easier way of installing all that, a script for example please?
Cheers and looking forward to seeing the FULL OPEN Source of it all.
Siamak
Thank you Siamak!
I hope to post a video soon with step by step workflow of using grasshopper script.
@@freddiehong Thanks I am looking forward to seeing that video, cheers
Dee-ee-eecent Boys!!!!
Cooool!
5-axis machining is normally programmed for chip removal. But you managed to run the program in reverse and make an extrusion. I think the hardest part is to combine them. I don't know if there is a slicer type plugin in Rhino or not?
I built my own slicer plugin on rhino :)
@@freddiehong You are good engineer dude, can you share with me your plugin ? 😁 no? Ok🤣🤣I respect
@@hagonta It’s all in the links on description :)
@@freddiehong Thank you.
what motherboard is used?
Hi Freddie very nice woerk here, I want to replicate your work for printing air-less bike tire directly on the rim., Ive also read your pdf article, the I guess I can make a custom bigger frame integrating your code and kinematics? some adivice would be nice :D
It would be impossible for me to like this more...
How did you get the slicer to work or gcode?
That's what I want to know. Pretty sure Cura doesn't have any 5 axis options.
It’s using Grasshopper CAD script API on rhino3D. More to come!
@@freddiehong I'd love to see a video on how to do that!
@@lordfly88 I will post another video sometime soon :)
How do you even slice your models for a machine like that?.
I use my own script with rhino/Grasshopper
Why is rotary axes named wrong?
This should be XYZ BC.
Can i do triste whit ender 3 pro? 🥺
👍👍👍👍❤❤❤❤❤❤❤❤❤❤
just made bed leveling even harder
0:13 well technically its B and C instead of U and V because UVW are linear axes parallel to XYZ
the rotary axes would be A and B correct since E is not really a movement axis
@@Fisheiyy by E you mean the extruder right?
@@ipadize yeah
Amazing work, but why? Every example shown can be made with 3axis. And "strength" either way, is debatable.
Need a masters degree just to run the slicer.
Ultimate goal is to lower the entry barrier for anyone to use
@@freddiehong Keep up the good work! The slicer is definitely the hard part.
Hanzhen harmonic drive gear , over 30 years experience , robot arm gear
THIS is actually 3D printing.
Not all the stuff with layer upon layer upon layer..upon layer.....a few days later .. upon layer .. upon layer.
Frankly it is despicable companies are selling 3d printers that do that. Those slices deposited in one direction of the model should be left of the DIY crowd entry level. where people do their own things.
No company selling a 3d printer should be allowed to offer such an old tech. Imagine like they would see cars with carburetors and no ABS and no airbags.
aww but i have ender 3
We’ll put it on ender3 soon :)
@@freddiehong :D
@@freddiehong any progress ? hehe i keep procrastinate myself to install the btt octopus main board
id like to see a rc wheel tire being printed with all the knob pin thread xD *openRC may have model