Reseñas de clientes para VEVOR Mini Torno de Fresado de Metal 180mm x 350mm, Velocidad Variable 50-2,250 RPM 550W Engranaje de Nylon, Mini Torno de Banco 0,75HP, Fresadora de Velocidad de Husillo Variable

The tooling that came with the lathe will not start a cut but luckily I had bought some indexable tooling to get started. The tool post is very wobbly and there was an oiler check valve broke off the feed screw. It is a bit expensive for such low quality but it is also just a Chinese mini lathe

Very light quality products

Have been unable to even use it for a hour straight alfter about 3 hours of use belt broke and support is no good ive had it for almost 3 weeks and been unable to even return it as they gave me $105 refund from a $1045 item that im left with that is basically useless

I wanna start off with, it’s a good cheap mini lathe. Don’t expect heavy duty, it’s cheap.. I’m rating it as an overall 3 star, to me $800 is a little on the expensive side although it’s still a decent machine and will get things done as needed. my biggest concern is when I opened the box the plastic tool box it came with was opened and damaged. Lid broke off and parts everywhere including the tiny bolts and nuts for the protector guard (as seen in photos) which I can only find 3 out of 4 with no nuts which is pretty disappointing and kind of worry some for how this has been handled during shipping. Will update if I can later down the road as I use it more often.

Customer support is crappy. They do not wanna stand behind there product keep asking for pictures but there's no good way to show them there not true with each other. So $500 wasted

All in all it's easy to set up and easy to function but it's weak you'll have to do modifying to it when you get talking like a good tool pass on aluminum is like . 02 so it takes forever to get something good out of a little bar stock but if you modify it it can be better

The tool post and the supplied tooling won’t work with this lathe

My other Vevor lathe gave up. It had 10 years of abuse and amateurish learning and at the last 1 inch it started smoking. It finished its cut and as soon as it did it went pop and died. This mini lathe made my other look like a micro. Mounted this to its bench and started up. The new plastic gear are so whisper quiet. The first thing I noticed was the machine really doesn't like heavy cuts. There is a very fine line between speed and power. Just drilling a little bit too fast and it bogs down to a sputter. But this lathe uses the same 550 motor as my other. So it's really underpowered for heavier tasks. I'm thinking if this lathe holds up a while, I might think about the 750 motor and metal gear upgrade. Ironically, I'm using this lathe to make parts for my ShopSmith. And when setting up everything, there were very little fine tweaks needed right out of the box.

I promptly received a UPS tracking, delivered within about 48h. I give 3 stars because it currently still sits in multiple bins of disassembled, cleaned and pending completion of the thorough CLEANING AND DEBURRING that IS REQUIRED on almost all parts without exception. Paint, metal shavings, and even casting sand! are hiding between almost all of the parts, and a complete and careful teardown of everything is essential.! Gears, Headstock, Covers, Cross-Slide, Lead Screw, Tail Stock, handles, even the chuck... The gear cover did not bolt to the headstock properly, the holes were drilled poorly and threads were incomplete and misaligned. The timing belt/drive belt is improperly tensioned and about to tear itself and the gears are full of gunk and need deburring and realigned. The magnets for the RPM display fell off (seems minor, but could cause a major wreck!) and the Sensor bracket is flimsy and falls in the way of the spindle. There is no provision to protect the electronics from metal shavings and other debris or liquids due to both their placement and the gaps all around the enclosures. I had to clean, vacuum, reroute wires and install grommets to prevent sharp metal from cutting the wires + installing gaskets. The tail stock is a mismatched mix of cast iron and cast aluminium, specifically the Morse Taper #2 iron/steel sleeve into an aluminium bore gunked with paint and shavings. The base and plates are pending modifications to make them match the bed properly and sit square/flat. The cross slide got a teardown, cleaning, deburring and is pending modifications to fit the bed properly. The bed needs cleaning deburring and filing/machining the feet flat to remove the twist induced when bolting it. The prismatic ways do not match the machined prismatic grooves of either the headstock, cross-slide or tailstock. It is a project that requires skills, patience and important knowledge base and the ongoing curiosity to pursue research into techniques in order to fix the inherent defects. One must also have or obtain a selection of precision measuring instruments (and skillset), power tools and ideally access to a proper lathe or milling machine. I don't own or have access to either another quality lathe or a milling machine. Could I have used it out of box? Maybe, but not without breaking the machine prematurely due to burrs and metal debris/casting sand stuck between parts. I tried after an initial thorough cleaning (without tearing everything apart) and it ran, but with concerning grinding noises and the sound of something bouncing in the gears (the magnets...)

Not really 31 inches between centers unless you remove the chuck and tailstock. Closer to 26 inches.