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it looks good, i can tell you in the video, the lathe is flexing down so something is still kinda loose or jsut a little more tweaking

I can see you have no idea what you are doing.

Very nice lathe. Nice video. Great work

Isn't that 10 microns difference..?

There is something very satisfying about stripping down, cleaning and reassembling a simple machine and putting it back to use 👍 especially when it is small enough not to put your back out 😁

The lathe looks really nice, almost like new. It’s amazing how accurate these mini lathes can be. My one is quite old and has seen a lot of work, but more than capable of still working to 1/1000. There’s a lot of little mods you can do Mark, to make them even better as well. I’m sure you’ll have a lot of fun with it. Hope the move goes well. Cheers Nobby

Nice. Better than new.

Hi. She is working good it is time for A update time to fit a power feed from Brian w.germany

Yet again most enjoyable and educational and a job well done and a great help for me as I'm just in the process of making a fixture plate for my milling machine to help me with clock repairs, thanks. Jim from Australia.

Very very good video and informative many thanks, now I'm going to watch the second one.

Absolutely brilliant video…well done…one question and one idea… Question…How is the tool holder held into the body?….you just pushed it in and turned to the desired angle…what stops it from turning? Idea…The cutting is adjusted by using an Allen key to turn the graduated screw….I think a knurled thumb screw on the end would make adjustment easier Many thanks…

Nope. Got error 02. Used a 110 volt to 12 volt dc power supply. Dropped 9.7 to 14.9. Still code 02

Splendid work on the crank shaft Mark. Came out really well. Can’t be many parts left to make now. Cheers Nobby

You certainly made that look easy. nice job

Very well done!!

Beautiful, you kept it as simple as possible and it looks like a million!

Perfect fit on every part. Exellent result.

Very nice work sir. I have a v10 kit myself and want to work up to it. I don’t feel ready for it yet. You are doing a great job

i don't think a 550watt is tat big either. my current oem setup is a 800w and i want to install an 1100 watt to upgrade it, or even go 2hp AC.

I was there

Hi Mark. Hopefully that motor will work out OK. I wondered if Warco keeps spare motors in stock. I guess they would be expensive though. Hope the move is going OK. Take care. Nobby

You made that motor change look easy. Nice video.

I’m surprised that you didn’t go with one of those sewing machine servo conversion kits. I used a kit to upgrade my lathe motor to 750w 1hp and I have plenty speed and plenty torque. The servo is half the size of the 500w motor and fits perfectly.

Only 700 RPM? That seems very low for this little machine. To make small pieces in soft material, you will need much more.

A good motor makes such a difference. I saw on my lathe a big difference. Nice work

nice work

That is quality work sir. Very nice

Enjoyed watching the setups. Thanks

That was a tricky little part Mark. Thanks for sharing. It’s given me some ideas for the kit I’m building. Cheers Nobby

Hi Nice work like the way you set that up till next video from Brian w.germany

Nice machining work. We shared this video on our homemade tool forum last week 😎

Really nice, I will have to put it on my to do list.

Wow. Great work. It’s tiny.

I hope you’re doing well! I have a couple of ideas for an auto disengaging lead screw nut that I’d like to share with you. Segmented Nut Design: This would involve the nut being split into 2 or 4 pieces, held together by a spring. When the screw hits a stop, a spreader cone would disengage the nut. Cone-Shaped Ramp Nut: In this idea, a cone-shaped ramp nut could be positioned at the end of the shaft or along it with a jam nut. A spring-loaded half nut would then roll up onto the ramp to disengage. I think both concepts could offer some interesting functionality. Let me know your thoughts, and if you’d like to chat further! Best, Dean

very nice work , where can i find the drawings ?

That's a cute one. A real beauty. Nice job.

Hi Nice make I have the same plans but have not the time to start it yet it is not long till xmas but I must finsh the rest off the other plans I have started from Brian w.germany

Perfect little oil can. Would look great next to one of your engines. I'm glad you found the bit that flew of the lathe. I've lost so many parts this way. Cheers Nobby

Lovely job.👍

Very nice work sir. That engine is going to look great

My goodness, those are some tiny parts. Very nice work.

Nice work, I love making little parts. Til next time, cheers!

nice. I'm surprised the nut isn't a bigger diameter, could be a bit fiddly adjusting when running.

Looking great. Regard the nut knurling, couldn't you use a threaded mandrel to hold it for knurling?

More very nice looking parts Mark. ATB Nobby

Hi. Nice make keep them comeing thank you from Brian w.germany

Beautiful looking parts you made there. Well done.

Thanks for the detailed video. Enjoying the build A couple of links to split bearing ideas Joe pie milling halves after boring around 27mins in ruclips.net/video/klvK8umhPUs/видео.htmlsi=ZzkJyrCWLrVu_r41 Using solder technique Joseph Higgins who also mentions doing the bore first ruclips.net/video/7_QIX4I0HjY/видео.htmlsi=KR532sW6ffJZkfkU Cheers Jeff

i think you probably need to add zero to the numbers you see. that was not 325 rpm that was more like 3k.