Good afternoon friends!!! My name is Alexander, on my channel you will see many interesting solutions for creating a tool with your own hands at home! Subscribe to the channel, it will be interesting! INSTAGRAM / master___sh
@@MA-SH It is largely based on old DIY CNC designs that I have seen 10 years ago. Main difference is that they put the bearings at an angle so that they run flat on the surface.
Дело не в жидкой конструкции, тут показана идея как сделать каретку и как можно это использовать а усиливать это же дело каждого кому это надо. Автору большой респект, продолжай в том же духе. Всегда все начинается на макетах а потом получается та конструкция которая нужна. Спасибо!
В самой идее каретки ничего нового нет, а подобная идея КАК сделать эту каретку не позволит получить хоть на сколько-нибудь жесткую конструкцию, сам подход колхозный. Но люди насмотревшись подобных роликов побегут повторять, тратя время, силы и средства.
@@user-pe3vn4th5l Главное чтоб люди хоть что-то делали, набивая свои шишки и оттачивая скилл, а не валялись на диване посасывая пиво или пробухивая недели например!
...кромочником никто не фрезерует плоскость . а нормальный фрезер продавит профиль...на 1-2 мм... так что - извини , товарищ , но это фуфло. (я работаю с таким оборудованием..)..а вот щеточный станок- , что в кадр попал- это годная штука. , только надо болгарку заменить на асинхрон...по цене будет тоже самое , но обороты ниже. и тяга лучше. ибо станок-это станок , а не приспособа ..
А вот вам вопросик можно ...есть такие брашировочные машинки - они с регулятором оборотов и длинной осью 100 и более мм, а ещё есть шлифовальные с регулятором (ну соответственно для полировки кузова авто применяются) - так вот пытаюсь понять не одно ли это и тоже ? Ну да, там ручки по разному расположены , а в остальном ...
для полировки частота меньше- чтоб не "палить" поверхность..плюс можно эксцентриситет добавить...и они на оси мотора сидят(или через редукторные- но в осях. ) брашировалка гораздо мощнее. и+ болгарочная брашировалка- она дает кривизку из за прижима руками- но это не сильно важно. есть макитовские брашировалки с подшипником и креплением второго конца...на таком же принципе устроена камнегрызущая брашировалка-только там не щетки , а твердосплавные звездочки ...(ответил , как понял ваш вопрос)
@@VLAD18041976 это только для продольных- на каретку надо фрезером давить-иначе будет фигня...я ж работаю на аналогичном инструменте. тутвообще другие ПОДХОДЫ к работе. для потока надо конструкционный профиль (почти ЧПУ...ручной) . а для периодики хватает каретки из фанеры по всей ширине доски а опорные длинные-это вообще брусок ккалиброванный....ну поверьте..это работает у всех...
If you're asking yourself: what the point of it?, Fast forward to 6m 20s to get an idea. There are probably thousands of applications for this simple elegant idea.......the old adage "get to the point quickly" is central to everything; not just speechmaking.....Best wishes to all, John, Perth, Australia.
I wish people would show the device working at the start of the video, and then people could decide to watch the construction. Watching someone drill a hole or cut a piece of steel gets boring pretty quickly.
I enjoyed the content. I was just imagining my health and safety officer at work, losing his mind at me if I was doing it 🙃 😆 🤣 😂 struck me funny is all. 😀
You people are clueless 😂😂 Its honestly comical how many uneducated people with zero experience feel the need to comment on things like this. Grinder discs WILL NOT cut through fingers 😂 I’ve hit my handed with them plenty of times, best case it makes a small tear.. worst case the blade will shatter on impact and leave you with a slightly worse cut.. Picking up a piece of 4’x10’ sheet metal in my shop poses a WAYYYYY higher risk of major injury than using a grinder (especially when you’re experienced with it..) Keep doin you Master Sh. Don’t listen to the whiners 😂
Обычно в конце пропила начинает подзакусывать диск и болгарка норовит выскочить вперед. И в этот момент перед ней оказывается рука "мастера". Это же гениально. Будешь так делать у тебя одна рука останется.
I used to flatten large slabs of Redwood decades ago, an 8 foot straight edge and a big power plane was the first step followed by belt sanding and then finish sanders. You do it all day every day and you get very fast and good at it. For a tiny slab like that I would power plane it way faster than a router could.
Very clever and innovative. I liked the ingenuity you displayed but how did you get rid of all those router lines off the top of the timber slab after you finished routing?
Maybe two handles on the side to hold the router better, the middle part could be a little stiffer but you gave me a great idea for a panel saw wall mounted i love how the bearingers move, great video
I'm gonna buy me a bunch of tools and make one of these so the next time I need a bucket full of sawdust to soak up an oil spill I can make some. Maybe I'll flatten that warped table too.
Seriously. Please learn how to use an angle grinder safely, then reshoot and repost this. Even with all the "idiots with a bucket of tannerite" videos on RU-vid, your video is the most dangerous I have ever seen.
buen concepto de diseño, pero muy débil para esa longitud de largueros. Debe de ser una estructura bastante mas sólida si quieres tener precisión en el trabajo realizado.
Excellent basic idea, but looks like it needs some "tuning". Looks to me like it wants a bit more support (perhaps a few more "legs" on the rails the rollers move on, and some angle-iron on the carriage?) but aside from that, appears to do the job pretty well. Think I might try something real similar for a project I've been tinkering with for a while without actually getting quite what I was hoping for.
@@shroommcfanta2020 Way to demonstrate that you have no concept of this thing called "constructive criticism". You're right. You're a fail. Crawl back under your rock.
No, you are wrong. As a quick, easy, cheap, repeatable and efficient method to rough out a flat surface on large timber surfaces this just about hits the spot. Great idea!
Excelente idea!!! 👏👏 y muy bien elaborada. Por poner una nota de critica constructiva, la flexión de los tubos de sección cuadrada ofrecen mas flexión en la mitad del recorrido que en los extremos. Eso se solucionaría en parte, si los tubos fuesen de sección redonda, ya que ofrecerían mucha menor flexión. 👌👌
Anyone else waiting to see the sanded and oiled result? I would have been itching to attack that piece with the sander! Great work and cheers from Sydney - Dave
Good idea! I'd like to create a project about a similar machine 🙂 I think this is a useful and economical system to create a good machine (for wood and for metal). Good work! ⚙👨🔧
Warum verwenden alle mit dieser Art von Vorrichtung einen Fräser statt eines Elektrohobels? Ein Elektrohobel hat sich für mich als deutlich logischer erwiesen.
Recreated the Woodpecker flattening jig for a 10th of the price. Need a bigger router and a bigger bit and and some stiffeners for the rails but nice job.
They should, but for this length and a small milling cutter is no longer needed, and at the end it is clearly shown with the help of a level that there is no deflection, then why write about it?
Gotta love that burn of hitting your hand with an abrasive blade. Good video. No bs. Just the facts, ma'am. Even less because you just do it. A picture is worth a thousand words. Love it, in fact. Nice job pal!
Thanks. Liked how you showed most of the finished product at the beginning. I don't currently do a lot of routing but this will be in my brain when I do :-)
@@MA-SHклассная задумка, палец вверх! Обязательно повторю но надо что-то попрочнее, в этом варианте пустить шпильку по всей длине внутри профиля. Удачи!
I hope my grandsons will learn some woodwork skills from me and welding skills from their other grandfather. There have been many times metal work would have been useful to me
Nice. But as others have said, the tracks are a bit flexible. Also, it would be nice to include bearings on the other axis too, instead of sliding the router under friction.
Well Engineered ! I’m a retiredProfessional Woodworker with over35 years in Ommercial Architectual Woodworking the 0:15 0:15 be utilized for breaking down Sheetgoods and haveDecorative details put into. them easily like a manual CNC machine for low cost samebearing and track system could be easily adopted to build a home built Panel Saw /router Machine that can be utili🥥😊
Cross slide rails should have been rotated 45 degrees so they wouldn't flex so much under the router weight and you pressing down on it. Otherwise great simple design.
You mean the long rails? Or the short ones? Of course the long rails have a corner up (which seems like the least stiff configuration, am I not correct?) to keep the rollers from falling off.
@@rodschmidt8952 meant the short ones. When watching the video you can notice slight flex in those short rails where router sits. It might come from the weight of the router or from pushing downward with your hands. But then of course this can be considered as "good enough" for hand planing later :)
I would add bearing rollers to the cross slide as well once the rails are turned 45 degrees, instead of box section sliding on box section, same as the longitudinal setup. Great job though.
Great idea and concept but using the wrong kind of bearing. You could have bought V groove with bearings installed from Grainger or McMaster-Carr. Would have been faster and cheaper probably. Those ball bearings are not sealed and are not made for axial loads. Great job though!
Hello, thank you very much! I didn't even know there were such things) during the tests, I changed the bearings to sealed ones, pay attention to the video preview!
I had a close call using a cutting disc with one hand. It snagged, flew out of my hand and whizzed past my ear. Could easily have hit me in the face or neck. I vowed never to do it again. Also, you really need to stop reaching over the top of it. One day it will snag and flick up out of control and it cause you a nasty injury. No job is so important that It can't be done safely 👍
Los travesaños que sostienen la fresa son muy delgados..... y se curvan hacia abajo con la presión de las manos. Calculó mal la resistencia de los materiales.
Great concept! Router/bit is too small to be practical for all but the smallest pieces. Think 3 HP and a 2" bit for a start. 1/4" shank tools are way too fragile for a tough job like flattening a slab Tube is too light, too flexible. Most woodworking benches don't have steel sides .... maybe rethink the mounting. Rollers under the tube is a wonderful idea! Maybe version 2.0 will have dust collection.
I'm certainly not a pro with all tools, and seen many different ideas for a similar tool to flatten wood using a router, but can anyone explain why an electric hand planer is favored less than a router? It seems to me that you could cover more surface area per pass. Wouldn't that be more efficient?
The power plane is only about 14in. long, which makes it inefficient for flattening things more than 28in. long. This means you have to do a lot of checking a you go to make sure you're heading towards flat. Long straight edges, winding sticks, small passes, etc. Router sleds, if the rails are stiff enough, are much more precise and easy to use.
Well the title captured me but the moving thumbnail told me it wasn’t a hack to make my phone better. But here goes nothing, click. 3:56 a wheelie bar for a drag car 3:57 okay apparently not. 🤨 A stump grinder bar thingy. After a while I was kinda hoping it was a rototiller straight line keeper. My rototillee loves pulling to one side if I try to go deep with it. But okay, level a board wider than a planer can.
