Router Table Exhaust || 3D Printed
ฝัง
- เผยแพร่เมื่อ 10 ส.ค. 2022
- Design process of 3D Printed Exhaust for router table designed in Rhino 3D with grasshopper plugin. Printed in PLA and TPU
Grasshopper Channel: • Industrial Design with...
To download 3d files check: ussadesign.com/products
Instagram: / ussa_design
Patreon page: / ussa
Projects used:
Drill Guide: • How to Drill at 90 Deg...
Built in Router: • 3D Printed Router Lift...
3d printers used :
Snapmaker 2.0: snapmaker.sjv.io/e4Mo1z
Artillery Sidewinder X2: amzn.to/3IpLs7Q
FLsun Super Racer (SR)printer:amzn.to/3nJ5rVk
Reference links for hardware:
M4 Bolts: amzn.to/3C1RQRk
Threaded inserts for wood: amzn.to/3AbFg0G
Camera gear:
Camera: amzn.to/3tOKV6K
Camera lens: amzn.to/3cbLSAa
Second monitor: amzn.to/3tO3pUZ
Microphone: amzn.to/3fbALZM
Lights: amzn.to/3sfYWdm - วิทยาศาสตร์และเทคโนโลยี
I really like how you showed your problem solving attempts and "learning opportunities"/"design iteration process"
Exactly what I was going to say. Though that CAD does look like some sort of dark magic flow chart...
Totally agree!
That’s literally the best part of this channel
What you need is rubber grip under the baseplate. That is where it is slipping. The nut should only be holding the base down.
Edit: While your solution is secure, it does come at the cost of precision, the incremental position values.
Most 3D printing videos are of non-functional items that have little purpose. I really like your videos because you actually make something useful.
The teeth on the slides are not interfacing with a negative of the pitch on the TPU washer. The washer is flat on both sides. The teeth are there to act as a rough surface for the washer to bite into.
As far as the issues he was having with the prior version, it was largely because he accidentally put the slope in the wrong direction for it to be able resist the forces that were being exerted on it. He fixed that on the toothed version. There was probably a version in-between that had the slope in the right direction but without the teeth, and was still not enough on its own to resist slipping, so he made one with the toothed grip to make it extra secure. The video is sped up so I can understand how it can be easy to miss some of the little details.
The most likely reason he put the friction surfaces of the top side is because it would need to be kept flat in order to maintain optimal alignment at the fence. If the rubber was under the fence it would need to be tightened to the point that the rubber was completely compressed, and was bottoming out on the two hard surfaces to keep the correct alignment at the fence. That'd put a lot of stress on the plastic threads and make it harder to tighten down, not to mention the rubber would resit sliding when adjusting the fence.
Hope that helps and makes sense. Just passing on some engineering wisdom so we can all benefit from each others knowledge 😄
Good problem solving and prototyping! It's always fun to see someone making useful 3D prints instead of tiny toys! I've myself have solve so many problems with 3D printing. I use many 3D prints on my boat for example.
Ce qui m'impressionne le plus, c'est la modélisation paramétrique sur grasshopper ! Incroyable ! des supers vidéos merci !
Thank you for showing the process, I’m an inventor and I always go through at least 10 iterations before obtaining a viable result, and to see this makes me feel less of an idiot 😅
Комментарий в поддержку канала и ролика, а также труда мастера.
That’s a fascinating fix. One of my thought was: as you tighten the knob, it pushes the down to the smooth table AND pulls the dovetail guide block away from the the base.
I look forward to your next video
Your process is amazing!
Brilliant, as always. One suggestion and one question:
S: Add a small chamfer at the bottom of the fence to alleviate particle build-up that prevents stock from fully contacting the fence.
Q: With the fence experiencing movement-inducing pressure from front to back, wouldn't reversing the ramp assist in effectively increasing hold? As it is now, pressure on the front of the fence pushes it backward on a decreasing ramp, thereby making it easier to continue unwanted movement.
The ramp becomes taller as the fence pushes inwards: 9:10 and 9:51 . (Agreed, that it is flipped or 'dual-sloped' elsewhere, e.g. at 7:31 presumably to eliminate a pirouette around the vertical axis.)
Love your work, thank you for inspiring the rest of us 😬
My 3d printer sits idle for weeks, then I see one of your videos and I wanna start printing again.
Really cool design. I was about to comment: he could add a ring of TPU beneath the thumb screws, then I saw you bending the black ring 😂
Fabulous skills there sir and love the presentation. Well done!
Interresting, but I would prefer a much simpler design that fixes onto th router's plate.
Another awesome bit of kit!
Great project, again!
I think the major change on the base module is not the saw tooth structure than more the change of the tilt angle under the fixation, isn’t it?
Really fun to watch, nice design. At 8:13 isn't the slope on the wrong orientation (thicker in the back instead of thiner) ? I would have probably worked without the "teeth" you added after ?
Do you own a table saw? I would love to see your take on a table sled. Great video, I like your visual story telling. No voice over is not unheard-of (low effort joke), but you execute your take really well.
Muito bom !
It reminds me of an Ikea router table.
super! I like 👍 what program do you use for modeling?
I'll just have glued some sandpaper underneath the moving part to give some more grip.
Cool Design iterations would it be wise to ass a rubber seal between the plexi glass and the frame to remove the air to go true there? Perhaps some tpu?
poner una goma eva debajo del soporte asi no se mueve, interesante para diseñarlo, muy bueno el video
👍👍👍
Would it be feasible to have small channel going from vacuum to under the piece (and around the cutter) to pull dust away even when the part blocks the vacuum intake?
Pla, abs?
What CAD suite were you using at the beginning?
Rhino + Grasshopper
What size nozzle and filament type are you using?
PLA 0.4
Всем добрый вечер, сможете подсказать, что это за программа для проектирования, которую использует мастер для создания модели? Заранее благодарю за ответ.
это риносерос + grasshoper
Can I have your 3D printer model? it seems doing a good job.
ussadesign.com
the hell is that blueprint like 3d printing software, pure cancer to the eye, how can you even use that?
nice, but way too overpriced