Hey guys. Wishing you a productive 2025. Thank you for all the subscriptions and nice comments you have left during this year, i appreciate it all! Sooooo many new things coming next year, i am moving to the south is just one of them, subscribe to stay updated. See you in 2025 you all. Merry Christmas and Happy New Year!
I got close to 0 experience with wood working but a lot with 3d-printing and design and I must say that USSA's designs are freaking awesome. You can clearly tell he is very experience at both crafts and knows how to combine to 2 into a well engineered product. If I ever have the space to start with wood working I will definitely try out his stuff.
I do not comment on videos, much at all, so please take this as a huge thing! This is amazing! The craftsmanship is crazy great!!!! Keep up the awesome work!!!
The building I live in, has one apartment per floor, and I live on the top floor. There are two girls living on the floor below me, they work during the day, so that’s when I create all the noise))
The dust collection part is what's missing at almost every other router lift, and would be a real reason to think about getting one like this. Now let's just add a few more details - a pivoting function (as with the Pivoting Router Lift OFL3.0 from sautershop), and make the hight/depth controlled via electric motors (for example in the mlcs router lift)...
Согласен с комментом ниже: хоть и не работаю с деревом, но купить захотелось :) Подано всё очень вкусно, проблематика и её решение понятны. В общем как всегда - прекрасный выпуск с титанической проделанной работой.
btw, i wanted to ask the audience, is the story of this tool clear and interesting to people, that don't work in woodworking, at all.. Please let me know if i managed to deliver the story, or not! Thank you .
open lift is build kit with partcial 3d printed parts. but the webside is in german so you probably havent heard of it. translater app can help you out . would be intresting to compare the two
3:15. You want to take on a project like this, you're going to want your own printer. These print services are over the top $$$, and one decent project like this will pay for the printer. Save the services for the exotic stuff, like metal fab. Also, for what it's worth to people, Bambu > FLSun, 💯.
i couldn't find it's dimensions, but the 3d printable lift's diameter is 70mm tops, it's for smaller routers. For the production model it's yet to be decided.
Cool presentatoi. Very USSA ;) ...but at that price point I don't think it has achieved the goal. Why not just buy a Triton? For a small router I would probably go with the openlift instead.
If you don’t have a router yet, and don’t care about dust collection, and you are okay with it being corded, and also okay with paying 460$ for that, then yeah, triton should work. But openlift costs the same as ROM from this video, which I think is much better designed, why would you go with openlift?
@@alimp_designs Let's not compare Apples and Oranges. The Makita (250 EUR) and ODYSSEY (265 EUR plus shipping) cost more than 515 EUR. The Triton is 400 EUR and has much more power and adding dust collection does not seem to be a bigger problem. Why would anyone NOT go corded when inside a table? That's a weird argument. The ROM has some nice features and is only mildly more expensive but can you point to where you see it superior to the OpenLift?
Before diving into the details, I want to point out that the OpenLift has some advantages over ROM. The lifting mechanism in OpenLift is definitely superior compared to ROM’s basic M12 screw and 40mm nut. Additionally, the top cover of the OpenLift is secured with magnets, while ROM’s cover requires screws. Now, looking at ROM’s advantages: 1. Router Securing System: ROM uses four M6 bolts to secure the router in place, applying pressure in the correct direction. In contrast, OpenLift uses a single screw, which puts stress in a direction that can cause cracks between the printed layers over time-or even immediately-if not handled correctly. 2. Robust Structure: The overall structure of ROM is more robust compared to OpenLift. Most importantly, the placement of ROM’s lifting mechanism is much better. 3. Built-in Exhaust System: ROM includes a built-in exhaust system, which OpenLift lacks. This feature may seem minor, but once you use it, you’ll realize it’s a must-have. Going back to where OpenLift excels: 1. Lifting Mechanism: OpenLift’s lifting mechanism is set to improve even further. It will soon feature a machined, specific screw, though the M12 screw will still be an option for those who prefer not to buy specialized hardware. 2. Top Cover Design: While OpenLift doesn’t use magnets (because the router’s fan generates pushing power, which could make it unsafe), the current screw mechanism is fast, secure, and easy to use in my opinion.
@@ankitroy3319 at the beginning I think it’s better to nail the basic stuff. 1. How to make it compact and fit every electronic thing in a small box. 2. Color temperature and brightness adjustment. 3. Beautiful forms and surfaces. 4. And the most important one, how the light itself works, is it nicer when reflected off something or diffused.. etc
Hey guys. Wishing you a productive 2025.
Thank you for all the subscriptions and nice comments you have left during this year, i appreciate it all!
Sooooo many new things coming next year, i am moving to the south is just one of them, subscribe to stay updated.
See you in 2025 you all.
Merry Christmas and Happy New Year!
I got close to 0 experience with wood working but a lot with 3d-printing and design and I must say that USSA's designs are freaking awesome. You can clearly tell he is very experience at both crafts and knows how to combine to 2 into a well engineered product. If I ever have the space to start with wood working I will definitely try out his stuff.
I do not comment on videos, much at all, so please take this as a huge thing! This is amazing! The craftsmanship is crazy great!!!! Keep up the awesome work!!!
Thanks man, guess I’ll have to frame it then 😁
Best quality and editing work as usual, you deserve much more than 16k subscribers
Quality stuff, and good video + editing work as always dude, appreciate your efforts!
Thanks man🙌🏻
Ну и счастливые ваши соседи 😂😂😂 мастерская в квартире 👍👌👌
I've always wondered if the downstairs neighbors don't go completely mad with all the noise from the routers.
The building I live in, has one apartment per floor, and I live on the top floor. There are two girls living on the floor below me, they work during the day, so that’s when I create all the noise))
Great video! Beautiful exposition.
The dust collection part is what's missing at almost every other router lift, and would be a real reason to think about getting one like this.
Now let's just add a few more details - a pivoting function (as with the Pivoting Router Lift OFL3.0 from sautershop), and make the hight/depth controlled via electric motors (for example in the mlcs router lift)...
Noted 📝 thank you!
Nice to hear some actual talking instead of AI voiceover! Love the integration of 3D printing into processes
Согласен с комментом ниже: хоть и не работаю с деревом, но купить захотелось :) Подано всё очень вкусно, проблематика и её решение понятны. В общем как всегда - прекрасный выпуск с титанической проделанной работой.
Спасибо большое, особенно за замечание о титанической работе, радует что заметно)) с наступающим вас!
I don't work with wood at all, but even I found myself wanting this Odyssey device!😅
btw, i wanted to ask the audience, is the story of this tool clear and interesting to people, that don't work in woodworking, at all.. Please let me know if i managed to deliver the story, or not! Thank you .
open lift is build kit with partcial 3d printed parts. but the webside is in german so you probably havent heard of it. translater app can help you out . would be intresting to compare the two
I’ll look into it and tell USSA about it! Thank you for introducing this tool
you and Ussa rock. Were gonna be true 3d model if not acombination
@@boycabdesign thank you. Unfortunately not everything is best printed, some things gotta be metal to work 😁
How lucky are you to have a neighbor like him?
Great work!
Nice content!
Might try a bambu p1s. I love delta for speed, full bed prints are bit rough.
100%, I want to get some a1s soon
3:15. You want to take on a project like this, you're going to want your own printer. These print services are over the top $$$, and one decent project like this will pay for the printer. Save the services for the exotic stuff, like metal fab. Also, for what it's worth to people, Bambu > FLSun, 💯.
Bambu>Flsun 100%
Do you sell for hercules full size router?
i couldn't find it's dimensions, but the 3d printable lift's diameter is 70mm tops, it's for smaller routers. For the production model it's yet to be decided.
Cool presentatoi. Very USSA ;) ...but at that price point I don't think it has achieved the goal. Why not just buy a Triton?
For a small router I would probably go with the openlift instead.
If you don’t have a router yet, and don’t care about dust collection, and you are okay with it being corded, and also okay with paying 460$ for that, then yeah, triton should work. But openlift costs the same as ROM from this video, which I think is much better designed, why would you go with openlift?
@@alimp_designs Let's not compare Apples and Oranges. The Makita (250 EUR) and ODYSSEY (265 EUR plus shipping) cost more than 515 EUR. The Triton is 400 EUR and has much more power and adding dust collection does not seem to be a bigger problem.
Why would anyone NOT go corded when inside a table? That's a weird argument.
The ROM has some nice features and is only mildly more expensive but can you point to where you see it superior to the OpenLift?
Before diving into the details, I want to point out that the OpenLift has some advantages over ROM. The lifting mechanism in OpenLift is definitely superior compared to ROM’s basic M12 screw and 40mm nut. Additionally, the top cover of the OpenLift is secured with magnets, while ROM’s cover requires screws.
Now, looking at ROM’s advantages:
1. Router Securing System: ROM uses four M6 bolts to secure the router in place, applying pressure in the correct direction. In contrast, OpenLift uses a single screw, which puts stress in a direction that can cause cracks between the printed layers over time-or even immediately-if not handled correctly.
2. Robust Structure: The overall structure of ROM is more robust compared to OpenLift. Most importantly, the placement of ROM’s lifting mechanism is much better.
3. Built-in Exhaust System: ROM includes a built-in exhaust system, which OpenLift lacks. This feature may seem minor, but once you use it, you’ll realize it’s a must-have.
Going back to where OpenLift excels:
1. Lifting Mechanism: OpenLift’s lifting mechanism is set to improve even further. It will soon feature a machined, specific screw, though the M12 screw will still be an option for those who prefer not to buy specialized hardware.
2. Top Cover Design: While OpenLift doesn’t use magnets (because the router’s fan generates pushing power, which could make it unsafe), the current screw mechanism is fast, secure, and easy to use in my opinion.
@@alimp_designs
There is also dust extraction for the openlift though.
ruclips.net/video/0h3BNin_Tmo/видео.html
indeed, havent seen this video
Cosa hai studiato per fare queste cose??
We both studied architecture, haha
Если бы у тебя был Деволт ещё бы было лучше 😂😂
@@newtlab у меня же и Милуоки и деволт на видео?
@alimp_designs да ,но как понял пользуешься Милкой в общем..... шутка, просто коментар продвижения 😉
hey, mailed you about the project you wanted to see. everything is in the drive link. it's nothing special but the 1st one.
Hi. I thought you were gonna ask for advices or something like that. The lamp is nice though 🤷🏼♂️
@alimp_designs I did asked about your in the video....what feature should I add.
@@ankitroy3319 at the beginning I think it’s better to nail the basic stuff. 1. How to make it compact and fit every electronic thing in a small box. 2. Color temperature and brightness adjustment. 3. Beautiful forms and surfaces. 4. And the most important one, how the light itself works, is it nicer when reflected off something or diffused.. etc
@@alimp_designs thanks man. saving them in my notes
Awesome
@ussadesign did you know about this video ?
Don’t you recognize him in a video?