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Cool, but is the pic hanging straight?😂😂 jk, good job!😁

Amazing work!!! I bounced around an idea of building a 10" after I got a craftsman 10" because it still needed a few parts to make it work. After seeing this video I'm seriously considering building a big one rather than buying one simply for the price of buy one is ridiculous. You are amazing man, keep up the great work.

I have used Microsoft excel to scale and print images and it has came out surprisingly accurate down to millimeter.

I just got a 7 x 14 Vevor Mini Lathe. I also have a Sieg X2D Mini Mill, also Chinese made. I got the mini mill new on ebay for $325 and free shipping. I am impressed how good it is for the price. They both need work, scrapping, lapping improving parts etc. but that is an opportunity for a novice machinist to practice and hone their skills. I want to squeeze all of the precision that I can out of these tools, then I can start making parts for an epoxy granite CNC, get it running and use it to improve it's own parts. I have more time than money. If money was no option I'd buy a high end CNC with micron accuracy.

Thank you so, so, so much for this. I hope to use this to print big versions of my digital art to make tracing easier than using a projector!

Nice work, as always. 1:43 Have you retired that table top lathe?

The last thing you want to hear from someone holding a box of wasps is "uh oh not good"

I've sat on this idea since you uploaded it and I've always wanted to add a heavy flywheel to help the motor with torque 🤔 Any thought's?

Niiiice!

I've seen this jig many times, but never knew how it was used until now. Pure genius from the mind of Matthias..

DIY for Ukrainans

Hey for something probably made by hand by a 7 year old, it’s pretty accurate!

this man is the largest library of engineering mindset. i swear, this will be important until the end of humankind. i watch his thoughts, and it's just like computer programming, where you build something and then see what's wrong and change it. this isn't a bug, it's error handling.

Genius 😅

i wish i had the tools so i could play like this

German engineering, enough said.

i want to be your son. But accuracy of collect chuck gets lost in rest of the machine you have build. I think you know this, you just needed/wanted to build something to make youtube video that was intresting to you about accurate metal parts what humans have made. :(

It worked! You have a new subscriber.

Is that Billy Bob Thornton ?

Nice job 👍🏻🏴󠁧󠁢󠁥󠁮󠁧󠁿🇬🇧

Is like when AI (WandelWoodwork) wants to emulate humans (Chinese hardware), it needs to throw in 'fuzzy' logic (forced inprecision). 😂

This is a classic of MW where he can work around any "anomalies" in making things work. The moment I saw he bought a chunk of metal that resembled a spindle, I knew this was going to be a very interesting and entertaining one. Just 5 min into the video, I knew the parts look mostly factory rejects (=floor sweepings) that will need the ingenious mind to overcome the "CC (Cheap Chinese) parts

im lost, he put in already made dowels into something to make smaller dowels, but how to start out making full dowels from square wood.

I built a slot moritiser in the same general family as yours using those same bearings, and found that while the bearing block castings are inaccurate (comically so), the hole pattern for mounting them is very accurate to the bore. It was some extremely tedious layout but it worked out. I did also use socket head screws and very slightly oversized holes, which obviously helped.

i wish you would send me a copy of all the gers so i could pront them out and cutt them out and just see if i can make something out of them. if you are willing look on your e-mail for miny

Gosto muito do seu trabalho. Que bom que existe pessoas com tanta boa vontade de compartilhar conhecimento. Deus abençoe grandemente sua vida e família ❤.

Awesome problem solving showcased in this one Matthias! 👏💕👍 PS- only thing I was worried about was the string on the springs 🤣

If you know what you are getting, them it makes it easier to decide whether or not to purchase it. PS: It is not possible to mill with a drill press because of the lateral forces on the collet when there is no drawbar. Please don't ask me how I know this. 🙂

waw nice job now can you build a scroll saw for us we like your projects

Did you happen to see the Blackberry movie? Saw your old stomping ground. Very interesting!

Anyway, given your last reply I don't think I want to engage in any further discussion, which is a shame.

Think of the handle as a separate piece that just moves over the back edge, then the front can hinge up normally and sit as it does here. This isn't smarter, it's over engineered!

Love these types of builds and videos. Although I'm sad you didn't paint it green and take a run-jump-sit on it :)

I wonder, could you try turning the teeth upside down to cut instead of scrape? Or is that angle too steep? Because I'm guessing the power difference was mostly due to the extra weight - having to 'spin up to speed' constantly as it's being slowed down by (slightly higher?) scraping friction. There's also the fact it's cutting at every degree of rotation, not just on the opposite faces? The shelix isn't cutting as much with each tooth (maybe only 2 or 3 engaged at any one moment), but it's a constant force, rather than the intermittent one of the flat blade. It feels like that would be more of a drag.

That's nice

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It would be good if you approved a piece of aluminum to see how well the machine works

look at all the sizes of gears. i wish you would send me ,,,what i need to pront them out. ow and nice sander. thay make a bit for the last thing now butt i steel like doing that to the router table.

How would you feel about routing grooves in the wood, to inlay a steel bracing or frame?; to then be epoxied in place, basically equal to building it from light steel , and bracing it with wood, and im thinking on parts like 8:57, possibly make them from foam and cast from iron /steel or aluminum, from old aluminum car rims, brake rotors , to reduce wear on the gears!!! This is an AWESOME PROJECT i been thinking about this myself, and habing the spindle move and the work surface both moving roughly 12" +/- would make it exceptional maybe 12" snd up to 18" and 36"-42" left and right from center to allow approximately a total 72"- 84" full motion, and 12"-16" from center in/out of the work table, add a compound sliding vise to the table, it can do about anything!

im guessing you're already thinking this way, but a stack of sheaves and drive pulleys could be implemented here too, like you would see in a drill press. alternatively, an ECM motor with a controller/drive would allow you to dial in the RPMs for different cutting heads/bits with your creativity, an HVAC supplier might have an inexpensive ECM motor to play with.

Had a chuckle as the squares got larger and larger as the video went hah.

9:23 - 7:28 - 11:02 - 9:54 Introducing Pen Shaking Contraption.

Because they are too loud? WTF? haha. You building decks a 3am or?

I love how your channel is still around after ... forever... I don't even know anymore... but you still make projects we can all relate too and I love it. Life long loyal viewer! It makes me sad how many tuber's will get bigger and then just keep getting bigger and change entirely.

awesome videos.. How do you calculate the length of the slot in the template to cut the mortise to match the tenon?

Ah, the classic round-rail inaccuracies. I think the only real reference surface on those is the holes themselves, but They're pretty bad in general.

Great work!! Very skilled! I was thinking of making gears for a project and then I watched this. So much work🤣 !

Just came back after I've built the same dust collector for my sanding machines with a small blower fan. It just works, quiet and efficient. I think this video and approach is just amazing. Thanks.

When mounting parallel rails mount the center first with only one point that you can pivot on and then do the ends and you will hit it spot on.