Great personal skills, but those formers need to be able to press to at least 90 degrees to cover basic needs, I noticed some pipe collapse as the bend angles increased, particularly on the larger pipe, sort this out and you will have a versatile and well built unit.
This is a crush bender. As long as you are bending pipe and not tube it could have many uses. Make up some flat stock dies and other profiles. Also... true tube benders don't have perfectly radiused dies that match 1:1 with the diameter of the tube. There's a bit more bend math involved and they are more oval to allow for a controlled deformation and also release from the die. You guys should work on creating a rotary draw style bender, where the drive head pulls the tube around the tube die and held with the forming shoe and wiper die. Those yield the cleanest bends, less deformation and if you design it right, you can have a rotary indexer and or later upgrade to a full on mandrel holder/extractor.
@@G40s_WW Pipe would typically have slightly different metallurgical properties than tube and can come in different metals, like cast iron. But the main difference, is that Pipe diameter is measured inside, and the wall thickness is a predetermined "schedule" like Schedule 40 or 80. So a 2" pipe will have a 2" inside hole, and the outer size just grows based on the schedule. It's now mainly used for plumbing and pipelines, heavy duty applications and that sort of thing. Tube is measured on the outside diameter, but can come in various wall thicknesses in fractions or millimeters. So a 2" diameter Tube could have an internal diameter as large as 1.9" with a wall diameter of 0.049" - (You'd never be able to bend a tube that thin on a bender that didn't have an internal support (mandrel) to keep the tube from kinking or buckling. Therefore, the easiest way to remember, is that Tube is dimensional, and used to build structures with.
@@G40s_WW Tube and Pipe are not the same. In simple terms, pipe is a vessel used to most often carry fluids and gas. Tube is used for structural projects like car frames and construction. The dimensions provided for tubing refer to the actual outside diameter. In other words, the actual physical OD of a tube is just the same as it's nominal OD. The size of a tube will keep the same OD no matter what the wall thickness is. NPS is a North American set of standard sizes for pipes used for high or low pressures. The schedule number on a pipe relates to the thickness of the wall on the pipe. The higher the number, the thicker the wall. So Schedule 80 pipe is thicker walled material than Schedule 40 pipe. It's only confusing once you start building projects and realize that Pipe is almost never what you need to build with. There are sometimes little hacks that are kinda cool. For instance, a 1-1/4" tube can slide inside a 1-1/4" pipe.
Great looking bender. Personally I'd use pivot blocks made for each soecific material size and shape to reduce marring. So nice when you can use your several thousand dollar lathe, several thousand dollar milling machine, several thousand dollar plasma table, and several thousands of dollars worth of heavy material to make your own tools in your garage. Unfortunately most of the people who are going to see this video aren't going to have ANY of that.
nice little garage of your... well equipped! I suppose you can always make rounded supporting blocks later, in case you need to avoid kinking the tube for bends large than 15-20°... granted you'll need a set for each tube diameter then.
I love the playfulness in the camera angles but it's very hard to follow what's happening in the video. I think a really nice blend between 2 shots would help with giving clear context. For example, using short and rapid close-up shots for tool changes/simple processes and longer, panned out shots for more complex shots. Very well done give us some room to breathe!
Very nice Work! Reminds me of when Americans built products like that 💯🇺🇸 in other countries people would buy those products because they were made well. Today buy Chinese junk for half the price that last maybe a 1/4 of what the American product would last. Thanks for doing and engineering quality tool.
When I first read the comments I was like lord look at all these cry boxes. However I'm just a few minutes in and I have to complain too. Ugh. I love your projects and videos but there is just way to much movement in this to be able to watch and enjoy. I'm going to watch it of course but maybe on the next one slow it down a little bit
Żeby się nie spłaszczyła musiałby być trzpień w środku padowny i wyciągany podczas gięcia. Kiedyś zasypywano rurę piaskiem i gięto pod więks ymi kątami.
I’m impressed by your equipment and fabrication skills…but Jesus Christ you got 20x the cost of a fully automated tube bender in what turned out to be a tube crusher. A for effort F on the result Back to the drawing board
While an interesting project, I prefer your normal cinematography style, it is easier to follow and less dizzying
O like the sounds of steel
Same opinion
Amazing. Enjoy to watch. Maybe you can change the two bending blocks with bearings. That way you roll and guide the bend. Instead of folding.
That's one Hell of a Garage, It looks like a Full blown shop to me.
As always, everything is at the highest professional level, great respect to you for your work
Thank you so much 😀
Great personal skills, but those formers need to be able to press to at least 90 degrees to cover basic needs, I noticed some pipe collapse as the bend angles increased, particularly on the larger pipe, sort this out and you will have a versatile and well built unit.
This is a crush bender. As long as you are bending pipe and not tube it could have many uses. Make up some flat stock dies and other profiles. Also... true tube benders don't have perfectly radiused dies that match 1:1 with the diameter of the tube. There's a bit more bend math involved and they are more oval to allow for a controlled deformation and also release from the die.
You guys should work on creating a rotary draw style bender, where the drive head pulls the tube around the tube die and held with the forming shoe and wiper die. Those yield the cleanest bends, less deformation and if you design it right, you can have a rotary indexer and or later upgrade to a full on mandrel holder/extractor.
What's the difference between pipe and tube
@@G40s_WW Pipe would typically have slightly different metallurgical properties than tube and can come in different metals, like cast iron. But the main difference, is that Pipe diameter is measured inside, and the wall thickness is a predetermined "schedule" like Schedule 40 or 80. So a 2" pipe will have a 2" inside hole, and the outer size just grows based on the schedule. It's now mainly used for plumbing and pipelines, heavy duty applications and that sort of thing.
Tube is measured on the outside diameter, but can come in various wall thicknesses in fractions or millimeters. So a 2" diameter Tube could have an internal diameter as large as 1.9" with a wall diameter of 0.049" - (You'd never be able to bend a tube that thin on a bender that didn't have an internal support (mandrel) to keep the tube from kinking or buckling. Therefore, the easiest way to remember, is that Tube is dimensional, and used to build structures with.
That's very confusing. Iso standard is always outside diameter and wall thickness
@@G40s_WW Tube and Pipe are not the same. In simple terms, pipe is a vessel used to most often carry fluids and gas. Tube is used for structural projects like car frames and construction.
The dimensions provided for tubing refer to the actual outside diameter. In other words, the actual physical OD of a tube is just the same as it's nominal OD. The size of a tube will keep the same OD no matter what the wall thickness is.
NPS is a North American set of standard sizes for pipes used for high or low pressures. The schedule number on a pipe relates to the thickness of the wall on the pipe. The higher the number, the thicker the wall. So Schedule 80 pipe is thicker walled material than Schedule 40 pipe.
It's only confusing once you start building projects and realize that Pipe is almost never what you need to build with. There are sometimes little hacks that are kinda cool. For instance, a 1-1/4" tube can slide inside a 1-1/4" pipe.
Great work colleague! Thanks for the video👍👍👍
The best channel I have ever seen in my life...
Great looking bender. Personally I'd use pivot blocks made for each soecific material size and shape to reduce marring.
So nice when you can use your several thousand dollar lathe, several thousand dollar milling machine, several thousand dollar plasma table, and several thousands of dollars worth of heavy material to make your own tools in your garage.
Unfortunately most of the people who are going to see this video aren't going to have ANY of that.
nice little garage of your... well equipped!
I suppose you can always make rounded supporting blocks later, in case you need to avoid kinking the tube for bends large than 15-20°... granted you'll need a set for each tube diameter then.
One Hell of a garage😉
Very nice pipe kinker
Saya suka dengan cara kerjanya
Tingkat akurasi sangat detail, presisi,rapih. 👍👍👍👏👏👏👏
Nice pipe bender build. We shared this video on our homemade tool forum last week 😎
looks nice and solid
Sei sempre il numero uno 👍👍👍👍
Unusual design. Nicely made, sir. I'm going with a tubing bender design instead.
This gentleman is defiantly a master of his trade .
Без заломов все по красоте 👍👍👍
That was wicked awesome
Good job mister beautifully done
The editing is great, you show other things and I like it. Maybe too much camera moves or rapid shots, but... that's the first one, thank you !
I love the playfulness in the camera angles but it's very hard to follow what's happening in the video. I think a really nice blend between 2 shots would help with giving clear context. For example, using short and rapid close-up shots for tool changes/simple processes and longer, panned out shots for more complex shots.
Very well done give us some room to breathe!
I see you avoid showing us the full bend. The moment the pipe starts to break you stop the bending process : )
Yeah, I noticed that too. The die needs to support the entire sidewall of the tubing otherwise it wont be round after bending.
@@fastone371 just pour some quartz sand :)
Pretty impressive, but no 90 degree bends. Is this a two shot bender? Is there a problem with kinks?
Very nice Work! Reminds me of when Americans built products like that 💯🇺🇸 in other countries people would buy those products because they were made well. Today buy Chinese junk for half the price that last maybe a 1/4 of what the American product would last. Thanks for doing and engineering quality tool.
Now make 2 more wheels and a crank to make curves or circles.
Congratulations for good job
Awsome build, Thanks Godbless
How to buy
This is not a short,
this is a long 😂😂
Another excellent tool! I miss the music...
انت مبدع👍👍👍
Нағыз өнермен жігіт екенсің 👍👍👍💯
Look ma', without support 🤣
Комментарий в поддержку канала и ролика, а также труда мастера.
Brother, is the hydraulic cylinder too thin in the place where the thread is?
exelent work
Quantos cv a Bomba da unidade Hidráulica ?
Manufacture of rotary airlock made of mild steel
Amazing !!! 🇧🇷
Very nice craftsmanship, however you don't show a side view of the bends. I see where they are starting to kink.
Wow built in your garage...with 150k+ in machinery and no cars so you can't call a machine/fabrication shop your garage but it turned out nice.
Если это собственная мастерская, то я снимаю шляпу!
The camera movement is making me sick. Sad I love your work but unwatchable. =(
I wish i have a "garage" like yours
I've watched videos on this channel in the past that were quite enjoyable, but it seems they've become unwatchable.
bravoo... great job
Good lord, all the camera swapping gave me a headache 😵💫... cool project though.
👏👏👏
Интересно,откуда у вас станочные тиски,сделанные в Советском Союзе?
Так ирдания же, они раньше с союзом дружили. Мне кажется что там и токарник ДИП 500 у него
When I first read the comments I was like lord look at all these cry boxes. However I'm just a few minutes in and I have to complain too. Ugh. I love your projects and videos but there is just way to much movement in this to be able to watch and enjoy. I'm going to watch it of course but maybe on the next one slow it down a little bit
Hadn't this video been posted before?
doesnt look like it will bend a 90 without kinking, i'm calling it great machine work but a fail at operation
Żeby się nie spłaszczyła musiałby być trzpień w środku padowny i wyciągany podczas gięcia. Kiedyś zasypywano rurę piaskiem i gięto pod więks ymi kątami.
صحيب الكميرة يتحراك بسرعة
Мы конечно посмотрим, но хотелось бы нового, а не перезалитого
This design of bender has been around donkey's years and not very expensive to purchase either.
I like your videos but I don’t like the camera panning around all the time. I quit watching it because of it.
Horrible camera movements! Ruined your video man.
I’m impressed by your equipment and fabrication skills…but Jesus Christ you got 20x the cost of a fully automated tube bender in what turned out to be a tube crusher.
A for effort
F on the result
Back to the drawing board
Far too many dynamic shots to watch the construction. Very disorientating.
Nice machine though.
👍
p-rity cool
fire the editor. this was unwatchable! after the editor is fired re-submit this project so I can watch and enjoy your content again.
are making a movie.? 😂😂😂.. gudluck with that.. for now, ill skip ur video.. im not intetested with your movie making style..
epic ? do you know what it means ?
3x ads in 9min. respect that's greedy. I'm out you husos!