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- เผยแพร่เมื่อ 3 พ.ค. 2024
- Fused Deposition Modeling (FDM) 3D printing machines utilize real thermoplastic resins, and strong, tough materials for real applications. FDM technology is a premier choice for creating complicated parts that need to stand up to repeated use, drilling, tapping and getting banged up.
To find out more about FDM technology visit trimech.com/product-category/...
#3dprint #prototyping - วิทยาศาสตร์และเทคโนโลยี
One suggestion, try using square nuts as opposed to hex nuts as they don’t wear out the plastic as easy as hex nuts in case of over tightening.
The pause feature is not limited to just stratasys software. I can very well do the same thing in Cura using the "Change at Z extension" with this extension I can add custom g-code to park the print head by layer number or using overall height allowing me to add fixed in place nuts, mesh, ect
Any recommendations for videos on how to do this?
Prusa slicer has an especially easy pause at a layer feature as well.
@@jessem8928 Search "CHEP pause at height" I would send you a link but they often don't work in comments.
I think you can also add a firmware pause command at any step you like by editing the g code file.
I can do the same thing without cura just by opening the gcode in a gcode editor and just search the layer I want to pause at and insert a few lines of gcode to pause it.
I've used most of these but embedding 3D printed parts mid-print to avoid supports is a new one for me! I will have to incorporate that into a design for sure. Very helpful video!
Literally incredible. I'm leaving a lot of FDM sophistication on the table. The printed part within the other printed blew my mind 😳🤯
My thoughts exactly
Me too. I would probably want to to print the inserts first so that they could be check and failures isolated, but a ton things could be printed at mismatched orientation like this for a bunch of reasons.
1:30 "The roller chain sprocket is going to need to be made out of metal because of high force on the part"
* Uses 3d printed plastic pegs printed onto the belt sprocket to transfer torque with a sheer force across the layer lines at a smaller radius than the sprocket *
Strangely, my biggest take-away from this is the non-metal, large overhang part you printed there. Had never thought of that. Other than that, I've used the "Pause at Height" post processing script with Cura and have imbedded weights in fidget spinners, magnets in a cup bottom so it's secure on metal surfaces , and a bunch of other things.
All of these techniques are also applicable in the hobby space of 3D printing. I can probably do almost all of these techniques on my Prusa MK3S using PrisaSlicer, though I'm limited on the type of thermoplastics that I can use on my open frame printer since I don't have an enclosure to put around it.
The technique of embedding other 3D printed parts is probably the only one that I hadn't thought of before. Thanx for introducing me to that idea.
Incredible insight, blew my mind away when you flipped the baffles on the build plate to assemble later mid-print.
This made me seriously rethink of the capabilities of my fdm printer. The embedded nut or magnet is a true classic but the rest of these I've never even considered.
Really informative and well made video, I hope to see more like it soon!
Inserting 3D printed structures mid-print is quite thought provoking. Thanks for capturing all these ideas here.
Can’t believe I’ve never thought to simply pause the print when incorporating other materials like metal inserts into my projects. Thanks for the great video!
This is genuinely so insightful and useful for printing on any machine. I knew you could pause at layer in cura but didn't know it was this useful
Really awesome video! I've used the idea of pausing and inserting different hardware to my prints, but you showed some amazing yet simple concepts. Definitely a reminder to me to "think outside the filament" and incorporate other pieces to make my designs better. Thanks!
I'm flabbergasted how these techniques blew my mind... I don't know how I never thought of stoping a print midway through. Thanks for the inspiration!
Printing those shelves and inserting them mid-print is some serious outside-the-box thinking. Awesome!
I've done this before with hex nuts and bushings, but I hadn't considered applying it to 3D printing parts to avoid support material. That's a very interesting technique, very mutch appreciate it!
The part where you take the already printed part and insert it into the piece is just amazing, and quite interesting technique.
I've had an entire course on additive manufacturing last semester and such examples were barely covered if any. This legit gave me quite a few ideas on solving a problem on a current project. Why they don't talk about it in college is beyond me.
I've embedded magnets and nuts into builds, but hadn't considered the other tips. Thanks for sharing.
Inserting the carbon rod section is brilliant. You get the strength you need without the wear and clogging from printing in CF. Nice!
Really interesting to see different way to use FDM printers. I never thought to stop the print and assemble the part to eliminate the need for supports. I'll definitely be trying to implement these ideas in future projects.
Really interesting applications for various inserts. One thing I would add is if you have an issue with the hexagonal nuts spinning inside their holes and wearing the surrounding plastic, try square nuts instead, the corners have more area within the plane to move through compared to hexagonal nuts.
Fantastic video. I genuinely hadnt thought of using previously-printed parts to embed into a larger assembly. Fantastic tips.
This was really useful. I'm working on a unusual water pump, the chain and nut insert techniques were really really useful. Thanks
Thank you very much for this video, I've always putted hex nuts instead of those inserts, but tip with printing few parts, then putting one on another and continuing printing is weirdly something i did not think about. This shows whole new level of 3d printing
phenomenal! I've done some basic things like adding nuts, but this is of a whole different level.
Nice techniques that you can basically use with every fdm printer and slicer on the market! Will definitely need to use these more often.
Great stuff! Sharing tips that everyone can use (but easier with your product) is a great way to do marketing. Like others have said, the 3d printed part inside the 3d printed part is one of those ingenious "Why didn't I think of that?" ideas. Another thing you can insert: electronic components and wires.
If the torque is high enough to require a metal sprocket this part is going to fail instantly on the small plastic studs in the middle. Use some metal studs at least...
Great idea! You just help us to think of possibilities that we haven't thought of in past. Thank you!
Well done! I know some of these methods but the carbon fiber and the way to avoid support are very impressive!
Great video thanks for sharing. I like the idea of splitting the part and stacking components mid print!
A very refreshing view on subjects we all struggle with!
This is an very useful video. Great ideas for all sorts of inserts.
Humble suggestion, when inserting nuts i found it worth buying an inexpensive square nut assortment in place of hex nuts. The longer edges are less prone to deforming the plastic and spinning if you get a stuck part.
Greate video! I especially like the idea of combinding plastic parts mid printing. I dont know if you mentioned it but personaly I like to preheat any metal parts to bed temperature before inserting them, just to avoid the risk of warping or layer seperation.
Some excellent ideas I want to try! Two things to note are that McMaster has a huge amount of Cad models available for downloading and that super glue on the metal piece can help with the first layer adhesion.
OMG so clever printing the overhang price separately and inserting it mid-print. I have done this with metal before, but I didn’t think about doing it to avoid supports and reduce waste.
These are some really awesome techniques! I knew about the hex nuts as threaded inserts, but the other tricks blew my mind!
This is fantastic. It exemplifies an entirely new way to optimize 3D printing with FDM. I’ve done this technique with magnets and nuts but this video opens my eyes to much bigger possibilities.
It also generates a lot of discussion below that is also very helpful. A bunch of us have already been doing this a little bit, here and there, but this video opened up the discussion. Really valuable.
Glad it was helpful!
Assembling mid print to cut down on support material is absolutely genius 👍
i never thought of that. thank you for sharing the light!
Thanks. Great video. I will start with implementing these ideas to my upcoming creations for improving the stiffness.
4:24 that's actually brilliant, I'll have to remember that for the next time I can't just design around this issue
Wow these are some great techniques, I will definitely be trying to use these in some of my coming projects!
I've thought of this before, but the 3d printed part as an insert and the carbor fiber rods blew my mind. Specially tge 3d printed insert, genius.
Never even thought to do this! Awesome!
Great tips! Not all new to me, but especially the insertion of printed geometry is interesting and I have to consider this some more in my designs.
This way of thinking helps me a lot! Thanks
love the idea of support less 3D printing when ever I get a difficult part I print it in pieces and glue it to getter when it is don this is a way better solution very creative thx
How does this have zero comments? These were ingenious techniques for making your prints more useful. Can't wait to give some of them a try!
Great examples of FDM 3d printed composite part builds.
Amazing! Thank you very much for sharing these techniques!
This was truly eye opener for me. Great video!
Seen magnets & nuts etc been inserted in this way before but this is next level, really cool stuff!
Very smart ideas! I will keep this vid saved for future reference. Thanks 👍
You just gave me tons of new ideas ! Thanks !
These are excellent examples, thank you for producing/sharing this. My favorite reinforcement are stainless steel screws. In addition to what you would expect (a steel rod significantly increases resistance to deflection/shearing) they are also quite good at moving a force on the shaft to the head. I've had a few pieces that wouldn't work because a sideways load (impact) would delaminate the z-layer easily (even with PCTG and isotropic polymers), but a screw head transformed this into a bending mode on an x-y layer, and all was fine.
Most welcome. Glad you found this useful!
This video has a truly incredible number, and quality of ideas, and inspiration.
I've thought about doing this but haven't got around to trying it yet. Thanks for the ideas.
Wow. This was so enlightening. Great tips. So obvious, when seeing it demonstrated. Thanks for sharing.
Pretty cool ideas, thanks for the different advices, they will definitely come in use later. Keep it up man!
Great Video, thanks for the Ideas and inspiration!
These techniques are great! Can't even pick a favorite!
3:58 WOW! I could've not thought of that myself. This will definitely be useful in my future projects.
Awesome techniques and ideas guys, thanks for sharing!
That are some great ideas, I will have that in mind when i do my humble DIY projects 👍
BRO also the last build with the carbon fiber insert is genius!
Randomly came across this video in my home page. Very interesting ideas! Thanks!
Next level tips, great way to look at 3d printing.
This is brilliant. Thanks for sharing!
This is nuts!! FDM at its finest. Good job
Those are some great ideas! I love it! I'm sure your Inight software makes it very easy to accomplish.
But you can do these things in common 3D printing slicers as well. Cura and Prusha slicers allow for pausing after a certain layer to insert components.
By just adding G code at a specific Z hieght?
@@jessem8928 Just add a filament color change at the desired layer and when it pauses and waits for you to change the filament, place the new component and dont change the filament.
@@jessem8928 I am using Prusa Slicer. you can add pause inside the slicer itself. at the Sliced preview. there is a + Icon at the timeline where in you can add pause, color change or specific custom gcodes.
I have a good reason to leave makerbot behind now
These are very valuable tips, thank you. I will totally try doing this with my 3d printer.
Genius! Awesome inspiration for designing FDM parts.
Excellent tips! Thanks for the video.
I learned more about how to design and print my parts in this 6 min ish video than my 3 years of experience in 3d printing😅
Thank you!
brilliant ideas. thanks for sharing them all
This is a great video
Thank you for the great ideas and I can't wait to incorporate them into my designs
There were some cleaver techniques employed here. Thank you for sharing them.
That pause technique is cool!
Love the video, really great ideas for how to use 3d printers as a tool and not just finality.
Really cool engineering and very inspiring! Looking forward to more ideas.
Some of these techniques are amazing!
Some excellent ideas here, thank you for sharing.
this is incredible! much love! 4:40
Thank you for sharing these very useful examples. I just need to configure my printer to pause correctly and I’ll be up and running. Cheers 👍😎🇦🇺
Deam, this is brilliant! I just made a part with cutouts to insert hex nuts (using supports), but this makes more sense.
Great ideas, thank you for sharing.
sensational video, best video I've seen about the use of 3D printing... and it's not a little video I watch, I'm manufacturing a CNC Router, quick to assemble and disassemble and even for industrial use, I'm a Systems developer and Graphic Designer and of Product
This is a mind-blow for me. Absolutely amazing.
Wow that blew my mind, I'll be looking at the capabilities of my ender 3 totally differently now
This video give me a few ideas to try, Thanks alot.
These are awesome! I'll for sure put these ideas in good use very soon!
Pretty neat! Thanks for sharing.
Thank you! Great content.
Those are some really good tips. Thanks
Some excellent tips here! Thanks!
Amazing techniques!
Love these applications. Very cool techniques!
Thank you so much!