Cuánto cuesta el tornito , kiero comprar

I have a similar lathe but it's blue. It is worthless due to the out of round spindle.

@@MrBobWareham lack of imagination

@@17hmr243 yep

@@17hmr243 I can tell youve never used a real lathe, this tiny chinesium piece of aluminum extrusion is basically only good for very small things that dont need to be precise, that can be made out of softer\weaker materials at a very slow pace. In other words toothpicks. There are a million and one reason I can list as to why nobody should buy this lathe and why it would be better to use the money towards a down payment on actual lathe, and I can list them if youd like.

@@jeremiahbrown6456 biggest baddest thing in town hay. So where do i put this biggest baddest lathe of yours. Hobbies dont need the money your speaking of. Wetting your feet in a feild you dont know if you want like or need we not going to buy ur lathe. Thank god you cought me out living the lie never useing a lathe weight of my shoulders can u tell me my winning lotto numbers too sine you know all..? Its a toy that can teach an put out small parts and scratch an itch

Don't forget about golf tees!

Coupon can only be used in Italy..... Over $225 US dollars.

coupon cide expired :(

@Atul Ramdas mostly, but you have to realize that it's like eBay for Asia. It's mostly individual "stores" and sellers. Most are decent but there are a few scams in there.

Holding things centered is a basic and required functionality of lathes. Thanks, I'll pass.

@@doxielain2231 Dead right there, one of the first things you learn the hard way when training to use one is to centre the workpiece in the chuck with a little dial gauge first before any machining or else you only ruin it.

So what would it take to make a mini lathe that is quality? Could a craftsman use a janky lathe to make better parts to replace inadequate parts? Or maybe there are better parts for sale that you could upgrade with?

​@@doxielain2231 if you can read chinese on the manual(1:12) ,you will find it's just a lathe for education,I think it will be enough for a child.

I suppose it depends on the definition of "precision". I doubt you would be chasing micrometers with a tool like this. There are professional level tools available. Base price is going to be double what this model goes for. They can quickly jump up to thousands of dollars US.

It is using protective bellows.

@@nelunicoara4483 I have been using metal lathes for over 50 years in my trade, so when it comes to turning material that creates a lot of dust, you have to exercise caution. Wood is for wood lathes and metal for metal lathes.

@@antonbrum5492 I am machinist from 1982 so i know what i'm saying

... I'd be shocked if this tinylathe actually had a lead screw ..

on dirait un unimat1 en 3 fois moins cher

sherline is best, they have chucks with 12x1mm thread, bearings are standard

They do offer a metal version nowadays. Also made in Austria. The machine in the video is just a chinese clone.

I have the full cool tool set with their cnc add ons. Alittle pricey, yes, but it is a magnificent tool. In US I think it would be better to get a sherline. If you want good metal working the best quality I have seen has been with proxxon lathes. anything bigger is industrial for my taste and really does not belong in a home environment. If it comes in a box you can carry than its home usable as far as I am concerned.

@@40cents993 is that good stuff? Do you have a link for them?

Thanks for presentation of Mr. Daniela Tartaglia. I watched his many videos that excellent. For your questions in my opinion you can not produce screw using this lathe. Because this model has no automatic and adjustable sytems that necessary for screw making. Best regards.

@@sureyyaak5215 OK

Indeed there is excessive game and more important than that due only to the pitch of the threaded rod. I drilled and tapped graduated lever to put a locking screw on the flat of the axle. It is necessary to catch up to make measurements. The residual game is approximately 3 graduations (0.12 mm)

you can make screws without automatic advance on the cutter just requires skill and fast hand movement

@@julianezequiel9371 I've made quite a few threads, and this just doesn't pass the laugh test. Between the extremely even turning movement, the fact you'd have to find the groove *every* pass, and the elephant in the room which is the fact you'd have to somehow guess the turning speed to match the thread climb rate (where the differences in pitch between different threads are often like, 3 turns/inch) I don't believe you can do this by hand unless you are an android. Or, unless you use a die, but for those you don't need a lathe, do you.

@@VladimirE.-is2ee guess in inches is different, ive made threads in a lathe with locking the advance lateral/parallel movement to the thread i need, 1/1.25/1,5/2mm and of course on a metric sized rod with just my hands and locking the advance so doesnt mater how fast i move it always move on the desired distance the only problem is being you slow like a turtle and if you need a square thread just do the same with a square cutter so guess imperial sytem is more about machine than skill

Like the internal/small parts of an AK 😉

You can actually buy very similar models that are raised up. They're rear and cost a bit more but I have seen them on ebay.

Let me know if your lathe has an out of round spindle, causing everything to wobble like mind does, it's actually worthless.

Hi Stgo, you seem to know something. One like this would help me a lot for my hobby projects. Tell me whether this is a high precision machine. I felt that this one wobbles while rotating. Even the slider did not seem to be steady while adjusting. Thanks.

@@brijlal973 Yeah, I know your feeling, in this video that is a basic configuration, but with more parts you can make more precision. Some of the large and middle blocks have long threads with beds to acoplate more parts, that beds have teflon sliders that can be calibrated an stabilazed, that let it very precise. Only I forget to mention 1 thing: I made it a customization to the power source. The machine doesnt have an speed regulator to reduce the RPM, but in aliexpress is easy find one very cheap. I bought one and all the precision can be support when there is no excess of rpm. Of course will be better if the change of rpm were for a gear box, but for such small things, so much torque is never generated that a dimmer that regulates the current is not enough.

@@brijlal973 Indeed there is excessive game and more important than that due only to the pitch of the threaded rod. I drilled and tapped graduated lever to put a locking screw on the flat of the axle. It is necessary to catch up to make measurements. The residual game is approximately 3 graduations (0.12 mm)

Hello Stgo, I just received my 10 in 1 last week, seems to be a great mini tool, So I have a question, I am building the metal lathe so I have noticed that thr chuck has a "little"runout about .5 mm, so I wonder if there is a tweek in order to fix it or do I have to buy a better chuck?, thank you in advance and best regards from Mexico.

If only they sold a 4-jaw independent chuck for these things... It would alleviate some of the lack of 'precision' this machine most likely will have, even with fine tuning. Even the mini-lathe that is one order of magnitude bigger than this one has issues with attaining the needed accuracy for precision work, but as they say, you get what you pay for. The good news is that a machine like this can be upgraded to increase precision, torque/power, control and versatility, mainly with the headstock and powerplant which will need to be replaced with something that's actually precision machined, heavy, and solid, and by that I mean angular bearing mounts for both sides, a decent solid shaft for mounting the chuck, and a proper pulley or whatever powertrain can be utilized to run it, whether mini v-belt, chain or direct gear drive with a potential option for adding power feed and a decent quick change gearbox. Heck, 3d printed gears could work with that for this machine. A decent DC motor far more powerful than that puny little thing would come after improving the headstock into a real one, albeit miniature. The motor can go with a PSU powering a PWM speed controller (make sure the motor is built to work with that) and a means to reverse rotation, whether electric or mechanical. I don't think they make Morse tapers of the size that can fit for this machine, so one will have to find or make something to mount things like miniature drill chucks on that tailstock, among a few other things. Finally, the body. Precision with any lathe requires solid rigidity. On such a small scale like this, one can use T H I C C extruded aluminum square beam or even solid block/cast aluminum for the bed and major components like the headstock, as well as increase the clearance for items turned on it. For instance, in it's current configuration, you can't turn a grinder rotor / armature on this thing to deburr/clean the commutator bars, but add one spacer block each side and it can be done. Which brings me to another note - if you buy something like this for some serious use case, buy two sets, or at least buy another one whose parts are compatible with it, like the 6-in-1 bundle that not only looks similar but uses the same extruded aluminum stock and binders. This exponentially multiplies the versatility of tiny machines like these.

yes with pliers

sliding paws on chuck can be reversed to catch from outside, i worked on 70mm wheels

Is that from experience or just opinion?

Can't really compare it to a proper lathe tho, this machine is merely a toy. Not much power, rigidity and also some slop in the guides, only good for simple small pieces. If you want to work accurate and reliable you should get something else though.