That is the content I'm searching for, I'm glad there is someone out there maxing out the potential of the 3d printer instead of printing useless stuff.. you're a true Inspiration 🥰

This is INSANE. The total amount of skill, planning, thought, testing, refinement, and functionality that's gone into your design is truly something else. I've seen some nice router jigs before but NOTHING comes close to what you've managed to pack in here. There's too much awesomeness here for one KZread comment but I want to give special props to your dust collection setup - this is an absolute gamechanger for home hobbyists like myself who don't have the indoor space available to just make mess and deal with it later. If I used a router at my garage bench I'd be cleaning sawdust out of my bikes, camping gear, and storage shelves for months 😅 I would love to see a hands-on collab with another woodworking (or multi-material) maker channel to demonstrate a start-to-finish project using this and other tools you've designed. Alex Chappel and DIY Perks come to mind because they already combine woodworking and 3D printing, but there are plenty of others like Jonathan Katz-Moses, Sawyer Design, Scott Walsh, Lincoln St. Woodworks, and more who are not afraid to try out new gadgets in their workflow 🙂

I love to see how many iterations you had to do for every improvement.

Профессионализм промышленного дизайнера на высоте! Подкупает комплексный подход к решению поставленной задачи, включающий и испытания прочности! Подписался. Всяческих успехов и удачи!

Just and amazing invention. Functional for every purpose.

Каждый раз смотрю и восхищаюсь! Смелостью решений и творческим подходом.

This is hands down the best tutorial on design/engineering a consumer product I have seen on youtube, ever. Great work!

@ussadesign

Жыл бұрын

thank you, If Im ever going to write a guide on designing tools with 3d printer this is what Im going to call it: design/engineering a consumer product guide

Amazing work! Rhino+grasshopper combo is the best for precision work 👍🏻

@ussadesign

Жыл бұрын

Thank you! Couldn't agree more!

This is better than any public release show. The amount of detail and effort you are putting in is so stunning. I watched the whole 28min straight (as I do for every of your videos when the show up). Keep up the good work!!! 😊🔥

You are an absolute intellectual and artistic inspiration. Thank you so much for showing your failures and iterations. I love how your mind works, and how everything is so functional AND beautiful. Thank you for sharing your hard work with the world. I am still a student so I cannot afford the fully manufactured version, but I will be buying the digital download!

La Classe ! Bravo ! Beaucoup d'ingéniosité. Meilleures salutations depuis la Suisse.

Класс. С удовольствием смотрю Ваше поучительное видео..

What a nice presentation! 20mins of tech demo and it's not remotely boring! For low to mid volume manufacturing I can highly recommend multi jet fusion printing! It's cheap, sintered nylon is super durable and it scales so much better than most FDM prints.

Try printing it with less perimeters and small % infill, and leave a port and a vent for filling it with epoxy. It will reduce the printing time, and will become solid.

@ussadesign

Жыл бұрын

this is amazing,thank you

@sugar4o

Жыл бұрын

@@ussadesign If you need more strength, you can always shove some reinforcing fibers, but I think infil will do. Looking forward for your test results :)

@andrhamm

Жыл бұрын

Epoxy heats up as it cures and can melt plastic. You’d probably have to do it in several pours which would be more time consuming than just optimizing a print farm to do more infill

@jimmym2719

Жыл бұрын

How to get resins into the infill？

Those are some serious design, manufacturing and video editing skills you got there. Top notch work.

To be honest i can't say i am happy with PLA! Fresh out of the printer the prints come out nice and fairly strong! But 2-4 years later every print has failed. Crazing around pressure points, sudden fracture. I prefer PETG, it's nothing special in many regards, if you kick it hard it's going to probably shatter, but over time there's no particular trouble with it, it holds up just fine, all the prints i made, if they weren't designed faulty, still work! I think styrene copolymers ought to be considered as well, ABS, HIPS and ASA, they aren't as strong under load but can withstand impact fairly well and shouldn't have ageing issues. I have been getting decent and attractive prints out of HIPS but ABS has been causing me too much trouble. Anyway based on this experience i wouldn't buy a functional print made from PLA. I have been 3D printing since 2017. Something i'd like to try someday is glass microsphere polyamide. Glass can make it dimensionally stable and easier to print; while polyamide provides flexibility, abrasion resistance and strong layer adhesion. But i shun the cost and complexity of handling so far, it needs to be fed via a drybox. As to resin perhaps consider testing the MAYER MAKES Engineering Resin from Austria. I have no experience with it but its creator says it solves the issue of weak resin prints. And it's supposed to be fairly springy and more durable compared to other tough resins, and of course tough resins are less fragile than standard resins. Unfortunately it's on the slightly expensive side but that's a question of manufacturing scale i've been told, it can become more competitive if used heavily.

All I can say is “Amazing!” It was a pleasure to watch your iterative design journey. Top job. Cheers 👍😎🇦🇺

Tip for strong SLA prints : mix 20% flex resin with 80% standard resin (or better : hard tough resin) results are very interresting. Nice job by the way !

The amount of effort you've put in to all these accessories is amazing, keep up the good work and thanks for sharing

you are very talented and great ambition. You should consult for large tool companies and get royalty on manufactured designs!!!! this stuff is awesome and for the small wood worker or shop person out out there outstanding. Multi use tools are hard to come by and to have one tool do many different things well is a challenge. Love your work!!!

Such a great and well thought out design! The configurability of it is tremendous and I hope you're able to gain recognition for the time you put into this. Wonderful as usual!

mind blown. both the your design and how cool rhino+grasshopper are. thank you!

Yet another impressive build. It would be great if you offered a grasshopper file for the very complex builds as well.

Holy cow thats awesome. Materials can be approved still.

Líbí se mi vaše videa a návrhy.👋👋👋👍👍👍

This is amazing work, please continue uploading.

Brilliant work, love your channel. Thanks for showing us. 😊

19:12 the comical moment of seeing small taps and then a big one all of a sudden made me die laughing

You can try 3D printing poly carbonate. Your designs are amazing and the only thing you can benefit from is a large increase in durability, not that your designs are not already, I love the idea of long screws against the layer lines to help with layers delaminating/breaking. Sla is so messy and much more complicated. Fem has a unique look to it that I think is interesting and adds character maybe have a look into using pc filament

Your 3d printing idea has similar goals to mine.

Just excellent!

I kind of hate you for being so good at what you do. Great work! 🙂

I’m all about the router. It’s one of my favorite tools. Well, one of the most versatile anyways., but evidentially you’re well aware of that. You did an amazing job and your creativity is something to be applauded. Happy you got it to this point, that’s a lot of man hours, passion and dedication. Good for you man!!

Standard resin is very brittle, but you should try, other resins like, SirayaTech build etc. there are much more impact resistant

Incredible to watch! You're a bloomin genius!

Amazing designs and great video! You get absolutely my subscription. Looking forward to see new content!

C'est magnifique ce que tu fais, merci beaucoup pour la vidéo 📹

3D printers are excellent for prototyping. It maybe good for short projects, but not for production that needs to last for a long period to justify all the effort put into it.

Um trabalho simplesmente incrível.

You’re definitely giving me a reason to finally get a 3d printer Edit: finished the video. Goddamn you’re inspiring. Thanks for sharing your process, tools, etc. I’ve only done woodwork but you’re inspiring me and giving me concrete role-modeling to get into the design process.

@glittalogik

Жыл бұрын

Do it! Zach Freedman's #gridfinity storage system was the inspiration for my first printer a few months ago, it's a steep-ass learning curve but incredibly rewarding. Also, some of the newer printers to hit the market recently (Bambu Lab X1C / P1P, Prusa Mk4, Sovol SV06 / SV06+, etc.) are making it heaps easier to get started 🙂

Love your videos and designs

Amazing router fixtures ! Thanks for sharing .

Это колоссальный труд. Респект тебе дружище. Почему в испытаниях у тебя нет нейлона (polyamide 6)?

@__I_G_O_R__

Жыл бұрын

Сложно печатать нейлонами большие детали. Он вообще всё из PLA шпарил, но видно жизнь заставила, пробовать другие материалы.

I guess everything has been said, AMAZING JOB.! thank you for sharing

Very good design and very good ergonomics of your creations, I love it. But, just one question: Why carry out shock resistance tests on objects which are not designed to undergo shocks? What we ask of these objects is to have resistance to holding, to the force applied, to twisting, but not to shocks. This would be for objects undergoing permanent shocks, yes this would be necessary. I think that objects should be tested depending on the environment in which they are used and especially their usefulness.

Can you add an attachment for the track saw guide rail?

how do you have this much motivation

This is fantastic work!

Welcome to production hell my friend. There really is no simple, durable, easy, cheap, accurate way of larger scale consistent high-quality manufacturing from where you are. We investigated everything: casting, machining, 3D printing (SLS, FDM, resin etc), injection molding - casting was the most promising , but the materials available just wouldn't fit all the criteria. Resin is too weak; polyurethane is very promising, but complicated models become nearly impossible to cast or would overheat, shrink, make bubbles, have bad surface finishing etc. We eventually gave up. We also had a very specific product also in the woodworking space. 3D printed products simply does not last no matter what you do, it is not viable as a means of production of retail products.

@ussadesign

Жыл бұрын

Totally agree with you! I decided to use a mix of CNC machining, injection molding from actual manufacturers and only 3D printing and might be resin casting from my workshop

@AntiThesis10125

Жыл бұрын

@@ussadesign best of luck man, I really wish there was a simpler way for manufacturing items like these, it would see an explosion in new high-quality and innovative products

Super impressed!

use SLA nylon-like resin or FDM nylon-carbon filament for solidity

you are a GENIOUS!

Outstanding you should be working with the tool companies so we can all get one

@ussadesign

Жыл бұрын

Thank you, I will become a tool company

super cool........ definitely at a different skill level....

You are a genius!

You are an engineer

Brilliant

Incredible work. Since you like FDM printing have you thought about printing in PC?

It's probably not a question you could answer in one reply, but how do you decide the clearances for your parts to have to the correct fitting. I guess it's not that easy considering 3D printed parts always come out a little different because of the many factors that play a roll for the tolerances. But maybe you have some general tips regardless of what printer you use... Just design rules?

@ussadesign

Жыл бұрын

I always start with a tolerance of 0.2mm. From there, I like to play around and see if I can increase or decrease it by 0.05mm, depending on what I'm going for. Personally, I find that tighter tolerances are the way to go since any initial friction usually works itself out over time. Ideally, I would have loved to use two different materials to reduce friction, but that just wasn't possible for this particular design. I decided to start a KZread channel in December 2019, and I finally published my first video in March 2021! So for about three months, I was designing and testing different thread tolerances until I found the sweet spot. For threads I usually go for bigger tolerance:0.3-0.7mm depending on the diameter of the thread but for general parts its for 90% of the time 0.2mm

@geekazoid

Жыл бұрын

I was going to say that 0.2mm has served me very well so far.

This is awesome, thaks so much. Any chance you could point me to a place where I can get the correct threaded inserts? Couldn't find the right ones so far

Шедевр!

Muito bom !

Excelent 👏👏👏

Bravo bello complimenti💯👍💪

Always impressive.And now you have a new genre of video - "testing" (also known as bREakInG StUFf)

Hi!!! Would you look into dovetail joint for boxes and design a tool small router.

This is incredible! As it was on the website I was confused and hezitant but now I understand all the functions apart from one. "Built in router lifter"? Would you be so kind as to state if you're still working on a router lifter 3.0? When I'll build this I personally would still like to have a second dedicated router built into a table that I can lift up and down from the top. If you won't be working on 3.0 I might be trying out your 2.1 lifter.

@ussadesign

Жыл бұрын

Thank you, yeah router lifter 3.0 is coming as soon as possible, I know Ive been promising it for over 2 months but its this project whats been delaying it, I am planning to publish it in 1-2 weeks, it will be the one mentioned in the software part

@reinholdu9909

Жыл бұрын

@@ussadesign Thanks for the _(much needed)_ confirmation. I am completely prepared for 3.0 (and definitely don't want to waste plastic for 2.x ) ... (honestly) stiff price _methinks_ have to see what is needed _seemsalot_ if I decide to *build this* ...Would you consider "package rebates"? *keep up the good work*

Awesome Design! Before buying…is there a BOM available and also the estimated amount of filament?

Downloaded the files and printing at the moment. I have problems though finding the hardware with the right dimension. Can you suggest a place that have the right sized inserts in stock?

Great !!!!

как всегда шикарно, функционал впечатляет. и абсолютно ненужно при наличии ЧПУ

As someone who doesn’t have a 3D printer… How can I purchase a physical jig vs files This is definitely a must have.

Bravo

I have a DeWalt cordless trim router, and a Milwaukee, cordless trim router will those work with this design?

Could you please make some rhino grass hopper tutorials??

This is very impressive work and a very useful looking tool. Wouldn’t a big manufacturer be interested in buying the design?

@ussadesign

Жыл бұрын

Thank you, I am open for any collaboration, but I think this design is overcomplicated for mass product due to my lack of mass product design experience, it is perfect for being 3d printed, unfortunately for it to be manufactured it has too many parts which makes it overpriced, but of course with right design it must be possible to preserve all the functions at the lower cost, this is what i'm working on right now

@Yosser70

Жыл бұрын

@@ussadesign think you’re probably right about it being over complicated for mass production. One thing I wondered about the strength issue, couldn’t you incorporate the routers own base into the design, as that seems to be the hardest part to get strong enough. Then wood for the other stressed parts and prints for no load parts. Anyway, brilliant design and hope you can take it forward, you obviously understand what woodworkers need.

How much did it cost you to make all the parts? How long did they take to print?

Where i can find the manufactured version? Or just the digital files?

Amazing design for DIY, is there domino jig joinery tool?

Did you seel printed o just the planis i would like the printed vesion, Greetings from Mexico

Time: 11:30 Where is that little piece? It's not in the downloaded files. Or how do I cut circles without that?

Will it fits into Milwaukee wood trimmer?

С каким заполнением печатать?

Hello, what slicer setting do you recommand for printing ? Like layer height, type of PLA (normal, carbon ..) or any advice on setting. I just purchase the router lift, Thank you for your work !

@allycheli

Ай бұрын

I've asked the same for this JIG some days ago, because i purchased files but nobody answered!

Were can i buy it completly build for my Makita Router, not for 3D printing, real? Please tell us ..... Nice Things👍👍👍

how much filament required for this?

❤

Honestly, this has simply shown me the versatility of a handheld router lol The prototyping that you have done is wild - but I am concerned that if the final product requires as much effort to reconfigure as this video showcases - it may not be widely adopted. However, that also may not be the audience that you are targeting. Because there are people who want the _option_ of doing something, over the _ease_ of doing such a thing

@CarlosRamirez-em1qg

Жыл бұрын

Bla bla bla…….

@geekazoid

Жыл бұрын

Consider the ease of having not shared this opinion.

Description links to buy or download still not working, please update the shortlinks, thanks a lot in advance. 🙏

@ussadesign

Жыл бұрын

Sorry for that,here are the links: Preorder manufactured version:www.ussadesign.com/products/all-in-one-trim-router-jig Download digital version:www.ussadesign.com/products/copy-of-3d-printed-4-in-1-trim-router-jig

Wow i will this how much and can you this top my Home Sendung

the product is phenomenal I dont have a 3d printer do you sell the actual router jig?

@ussadesign

Жыл бұрын

thank you, not yet

I’m naming you Router Einstein

Order links didn't work for me.

@ussadesign

Жыл бұрын

Sorry for that,here are the links: Preorder manufactured version:www.ussadesign.com/products/all-in-one-trim-router-jig Download digital version:www.ussadesign.com/products/copy-of-3d-printed-4-in-1-trim-router-jig

Will the digital files also include step files of the models?

@ussadesign

Жыл бұрын

sorry, it includes only stl files for 3d printing

How much will this tool cost ?

Marvelous desings You got🤌 fascinating to see the development of them. Keep up the good work and thank You.

Hi you are incredible but why made these parts for Milwaukee

@SianaGearz

Жыл бұрын

Where do you see a Milwaukee? That's a Makita. Parts fit multiple routers, 7 different mount widths are supported, check product description.

@MahmoodAbod

Жыл бұрын

@@SianaGearz no i am sorry i want to say can you make like these for Milwaukee iam sorry for this misunderstanding

сколько этот набор стоит?

Don’t see a price on the website for the manufactured pre order

@ussadesign

Жыл бұрын

can you send me an email to ussadesign@gmail.com please?

CF-PA is much weaker than normal PAs like Taulman nylons or Polymide CoPA. Only thing CF does is add higher rigidity and weight reduction. We make pickheads of our robots using Taulman nylon blends.