Table for Students with Adjustable Height and Angle || 3D Printed
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- Опубліковано 8 вер 2021
- 3D printed extension for IKEAS's LERBERG legs to adjust height and angle of the table. Designed in rhino 3d with grasshopper printed in PLA. Prusa slicer used for slicing the model.
Required bolts:
M6 bolts: 4*(4*30mm, 2*130mm ,1*80mm)
3D Printed Router Jig Used: • How to Cut Circles in ...
3D Printed Edge Guide Used: • 3D Printing for Woodwo...
Original Design: • 3D printed IKEA extension
3D Printed Router Table : • Router Lifter || 3D Pr...
To download 3d files check: ussadesign.com/products
Instagram: / ussa_design
Patreon page: / ussa
3d printers used :
Artillery Sidewinder X1: amzn.to/318pRvN
Artillery Hornet: amzn.to/3m1MaPc
Creality Ender 3 V2: amzn.to/317DXNY
Artilery Hornet: amzn.to/3m38esJ
Creality official website: www.creality3dofficial.com/?s...
Creality Ender 3 V2: www.creality3dofficial.com/pr...
Artillery 3d official website: www.artillery3d.com/
Artillery Hornet：www.aliexpress.com/store/4697033
Camera gear:
Camera: amzn.to/3tOKV6K
Camera lens: amzn.to/3cbLSAa
Second monitor: amzn.to/3tO3pUZ
Microphone: amzn.to/3fbALZM
Lights: amzn.to/3sfYWdm
#woodworking
#DIY
#3dprinting
#ender3v2
#sidewinderx1
#artilleryx1 - Наука та технологія
This is a pretty solid little workbench. While once you figure out how it comes together, it is physically Easy to assemble ua-cam.com/users/postUgkxyFZUPFEey-PuqsPMxqaykBhgA1LWxFHh by yourself. But the diagrams explaining the steps are really pretty bad. I could not get the handle pins in all the way despite multiple attempts, so I just used a screw I had on hand for the 2nd handle. I could not get the first pin in further or pull it back out. You are supposed to hammer it in, but I had no leverage and the handle is plastic and I did not want to risk breaking it. I will get a lot of use out of the bench because of the convenient size and height. It does fold up nicely for storage. They even explain how to fold it so you don't get pinched...that is important!
Some great ideas in this. Like incorporating bolts into the pieces for strength.
I also did the same in my 3D printed drone. Very usefull depending on the printing orientation!
Yeah although in this example it will not really add much strength. Incorporating bolts would help with tensile/bending loads but these are all in compression. You are basically still relying on the plastic to keep the center bolt in place after which the load gets distributed mostly through the plastic onto the table and not through the bolts. The point of failure for this part would probably be somewhere around the bolts actually (although with a table you are no where near the limit even with heavy things placed on it). If you were to print this with 100% infill it would be just as strong in compression probably (note I'm only talking about the blue part, the grey is in bending when the table is tilted but the loads will be limited of course with a tilted table). For other projects though with a bending load this would be a very interesting design!
Yes I liked this idea myself. Provoked lots of similar ideas with dowel pins etc..! Great minds hey. All the best. 👍🏼
When doing screw holes. Cover your screw hole with the same height of your layer height, creating a bridge which will negate the use of support in almost any hole. Then punch your screw through that bridge and voila :)
Not quite picturing this ?
@@Prof.Polymath Normally when doing hole, it will try and do hole diameter + # of perimeter, which basically try to print in the air ( often this apply to hole with another hole for the screw head ). By covering the screw hole with the smallest layer you can ( layer height ) the slicing software will " ignore" the hole for one layer and make a bridge ( bridge automatically overlap to be able to print in the air). You are basically using the bridge as a support, which save ton of printing time and material.
Use your slicing software to see what the layer will look like, you will probably understand it better visually.
I hope I haven't made it even more confusing :s
Man, this is really cool. I'm consistently impressed by your design skills. I would love to see your idea for a desk that converts to a standing desk.
Me too!
Me too!
10/10 design! Love the little details like the small slots cut out for centering on the wood and the bolt inserts for strength.
One of the best UA-cam channel for funktional stuff. Great and complex things to think about !
Awesome build... That deserves an instant subscription. ❤️
Pretty freakin' slick.
Very nice design! I also used a threaded shaft with a large cut in the middle when I design the enclosure of my 3D printed drone! Very nice work
Your channel growing so fast omg! Congratulation
I'll have to try using this idea when I build my next desk!
Gotta admit, this is pretty awesome.
Always great design!! I love 3d printer for this: useful things!
Great work!
Simply clever 👍 thanks for inspiring 🙏
subscribed. Great and elegant project. Best regards from Florencen, Italy
Great Job!
Great idea!!
Very polished design! Do you find the bolts to be necessary, given that you're already printing them in an orientation that is well optimized for strength? Or is it a stiffness thing?
Congratz on your genius-ing!! 👏
Have you thought about designing a combination router lifter and these adjustable supports? Powered by a small motor or crank so that you can tilt the top smoothly.
Excellent
This is genius!
Complimenti 👏👏👏👏👏
👍 object bien conçus a mon avis, respect ✊
nice
Very good guy.... 👍👍👍👍
Very usefully
Genius
Круто! Синий кронштейн можно тупо на боку напечатать. Не придется усиление делать. или печатать как сейчас но крепление к столу сделать сквозное через стойки. Для усиления простых винтов/болтов M3 достаточно. Большего размеры болты практической цели не имеют.
You could use that to make an adjustable height slab flattening router sled
cool
TOP!!!
Same thing in metal would be nice to welding, and also as serious workbench feets.
Very cool, already sub and liked kek
ua-cam.com/video/Eecbdb0bQWQ/v-deo.html&ab_channel=mr3dprint
Very cool! I might be in the minority but I enjoyed you showing the parametric modeling using grasshopper for the other videos! I would love to see a walk though on how you go about thinking through functional design using grasshopper.
#andrewhunter.....agree guy... 👍👍👍👍
Could you please make an adjustable table design utilizing the system you made for storing the legs of the carbon fiber furniture video? You can use that system as slots for the adjustment bar or something. Thanks
Very nice. Maybe I'll give that a go. I'd have to buy the table first though.
Dang, looks like they don't / never did sell the Lerberg in the UK.
👏👏👏
Thanks God for an american using the decimal system
Will PLA deform under load over time? 🤔 Do you print these parts with 100% infill?
Great designs as usual 👍
Awesome design with the adjustable brace and reinforcements! Unfortunately those triangular legs are not all that stable. Push the table sideways and it’ll all crackle and collapse.
Super great ideaaa man!! Could you make a mechanism for this that will rise/lower the table with a drill adapter?
Thank you for idea, I will design one
This guy is the best on UA-cam! Simple as that!
Can you share your X1 config file?
Thank you, I used default prusa slicer settings for this project
ua-cam.com/video/Eecbdb0bQWQ/v-deo.html&ab_channel=mr3dprint
This felt right. What filament are you using?
I use PLA
immer wieder interessant Videos von dir ich habe leider keine Milling machine aber Dremel und ganz viel Zubehör kann man nicht was haben eine Konstruktion die Holzgewinde herstellt natürlich wenn die Idee auch gut ankommt bei dir ?🤔😅😊
Круто!!!
ua-cam.com/video/Eecbdb0bQWQ/v-deo.html&ab_channel=mr3dprint
You use a Rhinoceros7 Corporate Edition? Hmm.
Автор ролика, как и подавляющее большинство 3д принтерщиков, много ненужного говна печатает на 3д принтере. Действительно полезных вещей, которые он спроектировал и напечатал - всего 2-3 штуки. Имея такой талант как у автора в проектировании, я бы много полезных и нужных вещей спроектировал.
давай свой список, заинтриговал. спасибо что отметил талант и было интересно узнать какие именно проекты полезны
Can you put here 15 kg 2 monitors?
lerberg legs not available in US :(
Great idea and execution. Like the small details like your logo and height marks 👍🏻 In next version include some stepper motors to make it faster to adjust 😎
Nice joob
ua-cam.com/video/Eecbdb0bQWQ/v-deo.html&ab_channel=mr3dprint
Does PLA hold its shape over time?
No
hmm i would like to see how wobble resistant this configuration is. when youre drawing you want to have a stable underground.
Wobble, yes, but also sturdiness. We used to also sit on our tabels
ua-cam.com/video/Eecbdb0bQWQ/v-deo.html&ab_channel=mr3dprint
2:59-3:02 🤌🏻
Good luck convincing a public school that it's worth buying
ua-cam.com/video/Eecbdb0bQWQ/v-deo.html&ab_channel=mr3dprint
Table for Students with Adjustable Height and Angle ????
Table with Adjustable Height and Angle for Students.
IKEA doesnt pay taxes in Europe
Great idea but only for hobby.
printed stuffs are not so rigid as moulded plastic.
it can injure your lovely kids be carefull !
So it's an AdjusTable :|
Does ikea know that you use their logo to monetize this video ?
4 words, pantarouters are too expensive
idk why would this be usefull but ok..."nice"
Сомнительно…
Нахера, а главное - зачем?
Nice but not much clever.
USSR
idea is good, but design is so dreary. im sure there is better solution for the idea.
Okay then, where is your better solution? If you are going to complain that it's "dreary" then at least have something to back it up. Dreary isn't even specific as it means depressingly dull and bleak or repetitive. This design isn't depressingly dull and bleak or repetitive (in the sense of dreary which would mean like a week of rain).
Тупее идеи я ещё не видел.
прикольно, мало видел видимо)))
@@ussadesign , есть гораздо проще реализации и более удобные в использовании. Здесь налицо - хайп и отсутствие здравого смысла.
Больно
US and their phillips screws. Just awful. I should send over a jar full of fart as I believe that is an fitting retalliation for having to replace the multitudes of your crappy fasteners.