Відео

You've discovered the venturi

Very good part quality and finish. Well executed

So cool

What kind of filaments are you using in your builds(maker/type), thank you.

Hey please Keep up the good work. And please Keep us postet. You have very, very interesting content. Gut gemacht!

3:37 very mindful very demure

“As strong as if it were one print” That is false. It won’t be as strong. But in some cases it won’t matter.

I think You can use revolver system (with an open exterior for feeding) for protect reverse screw. But it is design make thicker your device.

That is how what

It feels so good to have you back with such an AMAZING Content! 🔥

This is my first time seeing your channel. SUBSCRIBED PERIOD!!!👍👍👍🫡

That shoot! Awesome XD And also, as usual, the engineering of the whole thing is just so well done, bravo!

I think some kind of an escapement mechanism that locks the column above, drops a screw and repeat would have worked, it would have minimized the fall distance and also seal the tube from leaking pressure into the screw tank. Great job indeed, also love the debate in the comments

Why not just place a strip of double sided foam tape on the ramp that it is bouncing off of, leaving the waxy paper on the side that comes into contact with the part?

welcome back Built to Scale [Rhythm Heaven]

LOL Thats awesome. Great work! Great video!

Hahah I guess, 2 prints. Great technique though!

The moment the bolt in the flight puts on the puck reminded of Judge Dredd's gun. There was a ring with the judge's DNA on the bullet.

Your videos are amazing, and have inspired me🎉🎉🎉, I do get "edged" thro out the video because you stop talking or it has a pause, one of the funniest things is when you have a video on the right and then I goes back to you talking in front of your "drawing board" I stare at your wall think it's another video

You sold on this whole channel on just the intro. That is rare.

Hmmm. Very interesting. I was an automation design engineer. Today I work in a different field.

28:29 that was perfect comedy timing 😂

I do realize that there might not be enough space for this but if you'd add a snail shape colinear to the presure line the screws could slide into place instead of falling and bouncing (and flipping) around.

I am struggling making a case with Tinkercad while this guy is throwing bolts into washers using pneumatics and a hose😆 HAHA Nice Job!

خسته نباشی دوست عزیز... یه راه دیگه ای هم هست درصدی از سیستم کار شما با جا گزاری پیچ ها پشت سر هم بصورت عمودی که تو دستگاه دریل باعث چرخش پیچ دوم بشه یا همون یکی مانده به سر که پیچ پشتی با چرخش از طریق دستگاه باعث چرخش و بسته شدن پیچ اول شود. همیشه پیچ دوم باعث بستن پیچ اول میشود با چرخش و نیرویی که از دستگاه برقی دستی ایجاد میشود و با ایده و ابداع شما کار خشاب گزاری مداوم صورت میگیرد به ترتیب پیچ ها پشت سر هم وارد دستگاه انتقال نیروی دستی میشود و با چرخش پیچ یکی به آخر باعث بسته شدن پیچ آخری یا همون پیچ سر میشود...

As you probably live in germany , Check out the law which define a weapon 😂 hint, object moved by propellent ( air also ) thru a Barrel…. You have similarities , and german laws are fucked….😂 i dont will come After you, but you Never know 😉 and its automatic 😂

Why are you dropping the part? Why not have it feed directly to the launch point. When a gun loads a round it doesn't drop a bullet. Your making it more complicated than it needs to be. Eliminate the drop

8:46 im sorry but this was a little silly. What rifle are you interpreting?? I've never seen a gun that drops its bullet 10 cm to load it into the barrel, the only reason this still has the issue is that you didnt bother to fix the issue in the first place? Havent finished the video yet but i feel like the first idea was made without the first issue in mind.

This machine has potential! It can (and will) work!!! The only problem is keeping the screws in the same tail-up orientation when it lands in the hole of the printed part. You might want to have the head of the screw inserter (the part labeled "DIN912 M416") move in a straight line each time it inserts a screw; however, it might require tuning of the pneumatic system so that it doesn't give the screw enough energy to bounce and lose orientation. Or an easier option would be to increase the, depth of the, cavity the screws are placed in, regardless of their orientation or likelihood to jump out.

a steeper angle and not as wide would work. imho the first short one works because of the steeper angle it has. and to offset the bigger bolt head it needs to be a few degrees more than that.

Why not just add a rail with a hole in the middle that would catch the head of the screw but let the tail fall down, allow it to slide down the rail into an opening and so no matter what direction the screw enters the rail at it’ll always face the same orientation. To solve the problem of allowing multiple screws you can have multiple steps to the rail and this will even automatically sort them.

mans playing Factorio in real life out of curiousity, have you ever had ideas for gardening automation?

Would you consider making a video on your Fusion 360 workflow? I'd love to see how you work through designs in realtime (in CAD).

Loved the whole video from start to finish! Incredible stuff! You've got a new sub!

What is releasing the bolts from the msgazine? Can you use that, or mod it, so the bolts are "positively captured" (nothing left to gravity chance) while they enter the tube?

Appreciate the shout Christopher!

You mentioned Satisfactory but you should also try out Factorio.

Whyyyy? WHY NOT?

Not sure why you woud waste the time on this? Maybe you could start the video with why.

Ok, so so amazingly cool to shoot through the washer, but from an ease of doing it, way easier to have the washer simply sit concentric to the outlet of the tubing and have the screw grab it on the way out rather than doing the midair catch, as any velocity change in the screw and your timing fails (I’m betting big temperature changes chaining air density breaks this given the tiny window of making them meet in midair)

If you are using after effects for the diagram, you can go to layer > transform > orientation > oriente along path. Then you can draw a path copy and paste in position and the screw will curve automatically with the path. Making the bends of the tube etc.

Why are you using that clip? I believe other solutions I have seen use rotation to sort, they discard the wrong orientation back in to the drum. After watching a bit more that gate (the manual load breach thing) can be used to discard bolts in the wrong orientation just have it reject them by actuating when the head is wrong side. Feed back through and hope it gets the right way round at a good rate.

You could curve the path of the screw between the magazine and the chamber out of the XY plane to lock the orientation but allow movement

Puh, already thought you had left YT... 🙂 Glad to see yet another amazing update on this awesome project. Thanks a lot for sharing your progress so openly, really exceptional! Cheers from Remscheid.

Mf would literally mod a bambu instead of just building a voron💀

1:56. Happened to be wearing high end headphones... That was trippy. I could hear them falling/rolling behind me.

Except for the fact that, no, it'd not anywhere near as strong. The bottom part isn't connected and unlike a normal print unless you preheated the next part, it would be dead cold, which means weaker layer adhesion

love your efforts ❤ excellent 👍 high level of dedication 👌🤟👍

"...o-rings that I cut in half" - *cuts into four pieces* :) Also I don't understand why the screws have to *fall* in all iterations of your system. Why not look at how guns load ammunition? I'd say there are many parallels to your problem. Automatic guns need to process ammunition extremely fast and with precision. And they leave as little room as possible to eliminate chance.

Could set it up a bit like a revolver, nozzle withing the path of the rotating wheel.