Import Lathe Buying Guide

[@JorgeStolfi]

If you are a real hobbyist, the rule is: check what your budget is, spend twice as much on the basic machine, then spend twice as much again on accessories and material.

[@Blondihacks]

😂🤣 True.

[@hilltopmachineworks2131]

Yep buy the biggest you can afford. With that comes more horsepower and more machine weight for rigidity.

[@ilikeoranges4]

What I would say is that it doesn’t matter as much what the price of the machine is because be prepared to spend several times that on tooling. Don’t budget for the machine. Budget for THE TOOLS! Every machinists, hobbyists or professional, has learned this lesson the hard way.

[@John_Ridley]

@@ilikeoranges4 Yeah but you can add tools forever. You only generally buy the lathe once. It's a lot harder to find out that you really need a bigger/better lathe and address that than it is to buy another couple of endmills.

[@jemijona]

I virtually did this. I was hoping for around $1200 but ended up spending $2488 delivered. Luckily it is coming with a mix of tooling but I will have to get the wallet out again if the tooling isn't up to scratch.

[@okarakoo]

I said it already, but here it is again: you are a natural born educator

[@patrickhgeorge6009]

Blondi is exactly who American children need in these tough times. Some of us have to settle on cloned Asian lathes. It’s just a real shame we can’t get a few 100,000 clones of Blondi. Then our children could build and sell high quality inexpensive lathes right here in America. 40+ yrs experience with equipment and my learning experience with Blondi was “AWSOME”. Never have been much of a gusher so I apologize for it.

[@johnoconnor5581]

I had not run a machine lathe since a college class 45 years ago but wanted to acquire one to have fun with as my retirement approached. I spent 8 months trying to understand the features and pros and cons of everything from new import mini lathes to 80 year old American iron. Older small American made lathes (South Bend, Atlas, Logan) in the under $2000 price range were hard to find (at least here in Texas), were often times located 300 miles from my home, and if in decent condition and priced fairly, they usually sold within 24 hours. In addition, often times the footprint was quite large depending on the motor/belt setup, and you always run the risk that the lathe you just bought and hauled home is essentially worn out. I wish I had seen your video when I was researching before I bought my lathe, but I guess the fact that I ultimately bought a Precision Matthews 1022 like you own proves once again that “God takes care of little kids and idiots”(me). Your videos are very well done and are a great contribution to the community. Thank you

[@christopherswainson371]

BH you are a naturally brilliant teacher, with lovely clear and enlightening explanations. Thank you.

[@rajwantmankoo1484]

I ordered my Proxxon PD 400 lathe today & will be delivered in Calgary on March 30th 2021 from Hobbyland Italy. I tried to copy this guy so i can put my own video with my new lathe but i could not even make 5% of this guy.

[@JMMC1005]

I recently gained access to a small machine shop, but one where it's all 'self taught ' engineers using the tools for quick rework and jigs. I was looking for some good resources to get the basics of machining into my head, and your videos have been excellent. Clear and concise, yet detailed where it matters.

[@tinkmarshino]

Damn! this was the best video I have ever seen on lathes.. I have always wanted one but never got around to gettin it.. now at 67 years of age I am about to jump in and play and need all the GOOD information I can find.. This was superlative! I have to go and watch more of your videos.. I am glad I stumbled onto your site.. not only are you very knowledgeable but are very good at teaching.. thanks very much.... carry on, be safe and have fun doing it..

[@Blondihacks]

Thank you very much for the kind words! Glad I could help!

[@PanamaSticks]

As an engineering technician with 40 years experience in manufacturing, 23 of them also machining prototypes, tooling, fixtures, etc. I have to say this is one of the best presentations I have ever seen on lathes. Thank you..

[@goldengoat1737]

I have zero background in metal working or lathes and I thought the same thing… Good to know my gut was right

[@bobridge5271]

Blondihacks, you are fantastic ! I really appreciate the discussion regarding metric versus imperial. The British still use imperial, so not just the US Americans. Ditto your brilliant discussion regarding AC versus DC motor, lead screw, etc. I learnt a lot in just half an hour. A big thumbs up and thank you from a Brit/Ozzie expat. in Japan (all metric).

[@tomcook5813]

I just stumbled across your channel. I am autistic high function and have a shop full of nice old machines, but lately the world events have scared me into the house and I haven't been in the shop for a couple months. Today that changed with this video, it motivated me to get out to the shop. thank you!

[@Blondihacks]

That’s great! Glad I could help in these difficult times.

[@douglascampbell9809]

Between you, AvE, and Bigclive I actually understood all of this. I was a celulose necromancer when I could work. (furniture maker) The factory I was in was ground zero for the Metric vs Imperial war. Everything we did was in both from the blueprints in metric to the hardware in Imperial. Nothing was standardized.

[@EcoMouseChannel]

Took me a long, long time of self educating myself on the lathe features I wanted and how much I could realistically spend. I really, really wanted a Precision Matthews brand, for many of the reasons mentioned in the video. But there's a bit of a premium price they are tacking on, because they are shouldering the cost of import and specing the machines to their standards etc. So, I opted to buy my lathe directly from a high quality factory in China and import it myself. I got to pick the features and added accessories and was less than HALF the price, even with freight costs!! What I was looking for size wise, was larger than a 10x22 machine, but not quite the footprint of a 12x36. So I ended up going with the exact same lathe as the PM-1228VF-LB (but I only paid $1920 with all the bells and whistles, and a bunch of upgrade accessories) HOWEVER... what they don't tell you is how much more you will spend at the port for taxes, fees, duties, transportation from the dock to a temporary storage facility, all before it gets on a truck to your door. When it was all said and done, I literally spent MORE on those costs than the actual lathe machine itself. If I were bringing over a container full of them, those costs would have still been about the same as they are for just one. Keep in mind, my lathe rode across the ocean in one container by itself. So, realistically I should have filled it up and sold them on eBay or whatever. (Which is what a lot of those machines you find for cheap are... but they aren't spec'd the way you want them exactly) So lesson learned, I should have just saved up longer and bought from an established importer like a Precision Matthews in the first place.

[@drhender6943]

Yeah, and because you didn't buy from PM, you don't have an American company you can email or call and get support of a replacement part or whatever. A close friend bought a PM lathe and mill last year and is very happy with both the purchase and the service after the sale. He's not an easy guy to please, but he sings high praises for Matthew and his crew. When I buy, I'll spend the xtra money and buy Precision Matthews.

[@taiwanluthiers]

By the way, I had a PM-1228VF-LB. Keep in mind unlike the lathe shown in this video the PM1228 does NOT allow you to reverse feed direction on the gearbox! You must loosen a gear on the back where the gears are, then engage them to the opposite side in order to change feed direction. It's a bit of a pain... Now I have a Victor lathe, you can switch feed direction on the gearbox but you must turn the spindle off before doing this, or you will grind the gears.

[@BinaryBlueBull]

I know this is an old comment, so my apologies for only now commenting but I really need to ask: Could you point me to the factory you got your lathe from? I'll keep the part about additional costs in mind. I'm in Europe so Precision Matthews will likely mean additional costs as well

[@marcmckenzie5110]

Quinn, as I started machining in the past year, I have watched about every video I could find on what to look for in a lathe. This is easily the most comprehensive and easy to understand summary so far, and I learned a few things myself - like the different uses of lead screws in powering the carriage. It would be so useful if even one supplier or event had the whole spectrum lined up with all the important suppliers, so in person or via a video like this the newbie could actually see what the trade-offs are. The one thing you didn't touch on is that most of the North American importer/integrators of Chinese lathes have their own histories and biases - which unless you are fairly experienced, are difficult to decode. It is a thorny field to shop in!

[@jeffreysmith9369]

Never mind the lathe advice, I am going to recommend folks look at this video for motor application. Excellent.

[@Shazzzam74]

Ok, never heard so much useful information on Asian lathes or just lathe in general. Had no choice but to SUB! Thanks!

[@Blondihacks]

Thanks for the sub! 😁

[@PatrickKQ4HBD]

Same here, plus the Tony references!

[@lenroddis5933]

Only just found this lady who is way ahead of most. She's a joy to listen to, clearly understands what she's talking about and addresses the really important issues.

[@richardmeyer418]

Yep, it's really amazing how that works - no sarcasm.

[@wraith8117]

Same here i jist found this channel and immediately subbed

[@wayneknodel3347]

Absolutely great video, I have not seen a more concise, clear, and professionally presented narration, by an obvious expert. I decided to subscribe almost immediately after starting to view it. Thanks for your expertise!

[@bobaloo2012]

One nice thing about a good DRO is that other than threading, metric or imperial is just a matter of pushing a button on the display. 10 years ago when I bought my new lathe, American lathes were almost impossible to find here in Oregon and were really expensive, so I ended up with a Grizzly 4003G, 12x36 with Japanese spindle bearings, D1-5 camlock chuck, lots of good features and it's done a great job for me, and I paid a little over $2500 for it brand new. Today, the same lathe is more than $4500, and oddly enough the American machines have come down in price and become much more available. I'd probably make a different decision today if I found the right lathe, but I've been very happy with the G4003. I did have a little 8x14 for a while, the lack of a quick change gearbox quickly drove me crazy, and I had to sell it and buy the 12x36 as soon as I could. Don't underestimate the pain in the butt factor of having to swap gears for thread cutting, if at all possible get a lathe with a gearbox, and do put a cheap DRO on it. A DRO isn't necessary but it does make a lot of jobs much easier.

[@ctrchg]

Thanks, Don. Good information. I am just getting into machining and am watching a lot of videos before buying. Blondi has been the best teacher so far.

[@ctrchg]

Also, good tip on the DRO. Are they easy to add?

[@robfrancis8830]

I think people started realizing you can do alot with a new import with a little tweak while the SB is mostlikely worn out and missing hard to find parts. I have both . Thanks BH for a nice primer on import lathe.

[@brahtrumpwonbigly7309]

First thing I did was throw a DRO on my small mill. It's a lifesaver.

[@Ga18bo03]

Hard to put into words how grateful I am for your content

[@jwboatdesigns]

I used a lathe a couple of times when in school at age 14 but not since, now, 60 years later I've just bought a brand new lathe. I'm very pleased to have found your channel, thanks for taking the trouble to post all of this. Very helpful.

[@raybilyeu1594]

First time have watched blondi very well spoken and intelligent thank you

[@prodoverjeff2876]

After a lifetime of using imperial measures, I found myself in a shop primarily serving to automotive customers. Our engineers typicly convert metric to imperial, the prints at my machines were imperial to run on a metric machine. So, either cry and complain or get the calculator out and convert. The other day, a young new guy asked me what tools he should be buying, rangewise. My smaller allen arenches are not marked, so I guickly grabbed a mic, measured the small one, grabbed the calculator and started to convert when the newbie told me "Just push the button on the mic!" So newbie taught the old timer! Of course the old timer felt better telling him the 1.48 measurement is actually a 1.5 MM wrench, so I still look like a useful tool.

[@scotty362100]

And yet it never dawned on you there was more than ONE button staring you in the face, clearly marked as to their function...lmao, sounds like a "story" to me, just saying.

[@phillhuddleston9445]

Then his battery fails and you have to show him how to use a real mic.

[@mattsadventureswithart5764]

@@phillhuddleston9445 *** Really old. Both old and modern are real...

[@phillhuddleston9445]

@@mattsadventureswithart5764 Most micrometers made today are not digital ones. The vast majority of machinists today still use a standard micrometer and even dial calipers over digital ones. If you know how to use a mic and calipers correctly there is no advantage to digital ones that can easily malfunction and require batteries unlike conventional non-digital measuring tools. The only advantage digital calipers have over dial calipers is that dial ones can skip a tooth if a chip gets in the rack and pinion but this is easily correctable and usually avoidable. When digital ones fail you throw them away if it isn't battery related.

[@mattsadventureswithart5764]

@@phillhuddleston9445 the standard micrometer is not the modern one, no matter how common its usage. Hence my use of the words "old" and "modern". I can use either modern or old and both mine are definitely old.

[@larryschweitzer4904]

A well done discussion of the lathe. When I bough my lathe I went bigger because I didn't want to get all the things for a small lathe only to discover it wouldn't do what I wanted and then have to buy all the stuff for the new larger lathe. Ease of use is important to me. That means I would get these luxury items: QCTP, DRO, gear box, drill chuck, live centers, 5C collet chuck & collet sets, boring bars, the list can go on for ever. Then you find the next got-a-have, a mill!

[@TheRealWindlePoons]

Excellent video, topics well explained. It is one thing to know your stuff but quite another to be able to explain it so well. On the metric/imperial question: I started my machine shop apprenticeship in the UK in 1975. (Rail engineering - my lathe had a 4ft swing and 15ft between centres.) Jobs were 50:50 metric and imperial so the apprentice school put us on imperial machines with metric drawings and metric machines with imperial drawings. The mental arithmetic involved is not hard. Just use a metric micrometer on metric drawings and an imperial micrometer for imperial drawings. The big difference came for us with screw-cutting. All our lathes had a screw-cutting dial showing where to engage the half nuts on the leadscrew at the start of each cut. We found that changing the gear train for a metric pitch using an imperial leadscrew meant the nut engagement dial no longer worked. We had to leave the nuts engaged permanently and reverse the chuck between cuts to get back to the start position. This makes the job more of a chore and practically doubles the time taken. I once had to cut a 1.25" OD x 5" long four start square thread nut on a metric machine this way and it took over a week.

[@dr.lareme7737]

I like Chinese lathes and mills. They have made me an expert in quality control. I've learned to re-manufacturer out of spec parts, re-align gear trains, replace bearings not seated properly, scrape dove tails, ect. I now fully understand the meaning of the word rigidity, something these machines don't offer new.

[@TheBsavage]

WOW! YOU are an impressive presenter. A breath of fresh air. I've spent the past day taking less than stellar presenters to task for their amateurish work. YOU need no such admonition.

[@pazlo51]

I just viewed this and your tutorial on lathe leveling, all I can say is I wish you were doing these 20 years.ago when this "talented amateur" first got it into his head to strip down and rebuild a 1957 South Bend Heavy 10. Your approach to levelling is about the clearest and sensible description I ever head, especially the part about bridging the flat rails using precision blocks. You are a natural born educator. Thank you.

[@Blondihacks]

Thank you for the kind words, and for watching!

[@MrCrankyface]

What a roller coaster of emotions. Bought an import lathe some months ago and when you mentioned only having one axle and being driven from it wears down the threads I felt quite disappointed. Later on when you go over the keyway/key being a compromise solution and it seems my machine also has that.. Awesome!

[@bobaloo2012]

I prefer to do all my work in "nano light seconds', which conveniently enough is almost exactly a foot in the old money, or of course we could define a light second as one giga-foot.

[@swistedfilms]

Bah! For *TRUE* precision one must use the Planck Scale! And the metric system is the tool of the devil! My car gets 40 rods to the hogshead and that's the way I likes it!

[@arrlmember]

@@ianmoone2359 - You say that "The speed of light is infinite" yet if you take a test required by the Funny Candy Company (FCC) they expect you to know that the speed of light is three hundred million meters per second. Furthermore, the wavelength of a radio signal (in meters) is equal to the speed of light divided by the frequency of the radio signal. (Lamda = 300 x 10 to the 6th divided by frequency in megahertz.) An example of "close, but no cigar" is the two meter ham band. Since 300 / 2 = 150, but the 2 meter band is actually between 144 and 148 MHz, they made their point. Notice I relocated two of the variables, but within the rules of mathematics.

[@eddiel1538]

This is the best video on KZbin about lathe buying guide, you covered all important things that every beginer need to know, I am one of them. Thank you so much, keep up the good work.

[@johntucker803]

What an excellent review on what to actually look and think about when buying a smaller lathe! Thank you so much for producing such a quality video. After 2 days of watching what others called "review/purchase" videos this was refreshing to say the least! Subscribed!

[@metalshopwithtroy5755]

Very well outlined video. Yes you get what you pay for and that applies to everything and even more important do your homework. QUINN, you supply a great amount of well thought out content, i found it very valuable and I already have a very good Asian lathe 12 x 36. Well done

[@raymondhorvatin1050]

Yes I agree with your statement on 7 by 10 mini lathes after spending much time smoothing and replacing spindle bearings I can produce almost acceptable results . It's a fun toy to play with and I've learned a lot about how not to do things.

[@mrkrvn61]

This is the information that the government doesn't want you to know. Thank you for seriously helping me understand a little at a time. Thank you for making mistakes and showing them so we can learn from them. Thank you for being awesome.

[@Blondihacks]

And thank you for your nice comment!

[@Peter57808]

My first thread on my new Asian small lathe was to replace the brass head on the machinist hammer I made in 1975. It was 25mm (1") x 10 tpi. Set the gears up and rotated the chuck by hand for each cut as the thread was only 12mm long. Worked fine much to my surprise!

[@marcusrf7]

Hi Blondi, just got through watching this video, and I am impressed. You remind me of that famous line by Joe Friday (Jack Webb) on the TV show Dragnet, "Just the facts, Ma'am, nothing but the facts". I don't recall ever watching a "how to" video on KZbin that crammed so much useful information in such a short span of time. You are very articulate and the video was totally professional IMHO. I thought my brain was going to explode! :) Needless to say, I have downloaded it onto my PC for review. I am 71 years old, taking care of my 89 year old mom (my best friend in the world) and living on disability income, but still have a strong desire (need) to be creative, and this video is just what I was looking for. I didn't realize how bad I needed this video until I watched it. Thank you, Thank you. I have already manage to purchase a real nice AC/DC TIG welder for $800, and a friend gave me a Sears 17" drill press that I am trying to set up as a "cheap" milling machine. After watching your video, I now realize the most important thing I can do for my drill press, other than making the table more rigid, is to buy a very good set of bearings for the spindle. I live in a 3 bedroom apartment on the first floor with a nice patio, which I am in the process of closing off with a wall to isolate my neighbors and curious walkers from the flashes of my arc welder, and the noise of my angle grinders. For some reason the apartment complex manager likes me and looks the other way, but with the wall I won't have to worry about her having to run interference with my neighbors. :D I am going to see if my budget will allow me to sponsor you on Patreon. I see that on Patreon you have a bunch of great info available, so my motives are not 100% altruistic. :D Stay safe and "have a good one!" Marcus "FrankyLynn" Franklin.

[@madcrokodile]

Greate upgrade for small lathes is electronic gearbox, consist of arduino, encoder and step motor. It comes with all feed/thread ratio and without manual gear changing pain and gearbox noise =)

[@slowwerthensnot]

As a bike mechanic who has been hacking parts together for some repairs who’s been been wanting to get into machining really enjoying your videos!

[@PA-Tammy]

I just got the 10x30 from PM and my bikes love it..

[@nikmills]

Good info. I see the arguments for New Asian and Vintage American. For all the part-finding trouble of the old American lathes they do offer a wonderful aesthetic experience. They are just beautiful to look at and the feeling of handling them is just pure pleasure. Also, they can be very cheap if you're patient. They are big and heavy though.

[@Peter57808]

A machinist that knows DC motor fundamentals! That is very refreshing!

[@mpetersen6]

I have a number of suggestions or comments on this matter. Some of which I will list in the modifying machine video GoldeiHacks has 1) Spindle Bore. Bigger is better. To a Point. Obviously a 2"/51mm bore in the spindle is a little ridiculous in a 10" lathe. It could be done but there are compromises that would need to be made. 2) Lathe Size. Bigger is Better. Again to a point. Where is the lathe going? What type of work do you plan on doing? If the lathe is going in a basement shop how hard will it be to move? Will you need to break it down into smaller pieces? How many strong backs may be needed? Type of work. If your interest is minature steam or IC engines. 10" is plenty big. If you intend on doing side jobs repairing stuff for various people. I personally would not want a bench type machine. And as mentioned in the video, customer support varies. Also machines seem to come and go in terms the type available.

[@skipd9164]

Took machine shop in High school then apprenticeship in a large manufacturing company in early 80s. Then worked for GE. I worked in the gear plant in Lynn MASS. Every machine was huge. Horz boring mills used steel t floor for table and y was over 15ft. VTL machined 20ft and bigger bullgears. Politicians let manufacturing leave our country and what stayed became CNC. Always loved milling and lathe work and will get them soon

[@cyclebuff782]

This was amazing. I'm currently in the middle of this exact cost-benefit analysis decision. You answered several questions I didn't know I had! Thank you!

[@randallscott4094]

Your Getting Started & Import Lathe Buying Guide videos immediately answered my questions regarding investment considerations for a beginner. Thank you very much. I guess if you want to work on hard steel (like automotive parts), you need to plan on spending quite a lot and be prepared for the space and machine weight. Makes you really think long and hard about what kind of projects you want to get involved with on a part time basis - hobby? I'm not sure. What got me researching this, is a desire to restore the Differential Axel Carrier from a 58 Chevy Apache Pickup where I threw the bearings. Needs metal build up, then lathed for the bearings. Local machine shops think welding the build up before lathing would cause heat problems. Instead, I'm going to try some super metal epoxy paste to build up the bearing worn spots on the Carrier, then pursue a lathe. Not ready to buy one yet, so I'll hope I get lucky with local machine shops after I apply the Loctite Super Metal epoxy paste. Keep up your great videos. I have subscribed and enjoy watching them. Incidentally, I think I have an O'scope just like yours. Best regards.

[@arrlmember]

This video is very interesting and informative. I have considered that if I wanted to upgrade, I would choose a 10x22, but so far I have not seen a need to do so. I spent quite some time studying and learning prior to purchasing my lathe, and so far I believe that I made the correct choice. AGI (The American Gunsmithing Institute) says that all one needs for gunsmithing is a mini lathe, and they include a 7x14 with their major machine program. I choose the 7x16 with a brushless DC motor that is sold by Micro Mark and Little Machine Shop. The negative things about this lathe are that a QCTP and an outboard spider are required and the 3" chuck that comes with it will not open enough to accept things that will fit through the spindle. However 4" and 5" chucks will open up enough and the other items are not that hard to come by. I made my outboard spider from a 1" black pipe coupling. I chose the Micro Mark lathe because it comes in two boxes and is therefore easy to get on the bench without having to use a crane. The Little Machine Shop version is available with a fixed (non tilting column.) Micro Mark calls their lathe a "True Inch" machine and there are no metric marking on the dials and they use imperial lead screws. However, Little Machine Shop has software on their website that will determine what gears to put where for almost any thread, as long as the gears are not too big for the machine. Using that software, I made stockmakers screws for a Mosin Nagant, which is a very unusual thread. I was not able to find dies for that thread, but making those screws was my first project on the lathe, and they work fine. Not too bad for an accountant who is used to work by just sitting behind a desk.

[@spock6692]

This is a really comprehensive review! I own one of those blue-and-white guys for some years, did upgrade it a lot and still found something new and important tips in your video. About the headstock bearings: they can be easily made kind of serviceable. After a while the sound in my bearings changed and I understood the grease has dried out. I took the assembly apart (not so difficult, just a good hour of mallet work :) ), cleaned and demagnetized everything, then I installed the dust guards back to their places using the blue anaerobic sealant to make them oil-tight. Then I drilled two vertical channels for oil and threaded them on top ends for "plug" bolts. After putting everything together I poured some milliliters of common engine oil into each bearing and plugged the channels with the bolts. I believe circulating engine oil will extend the bearings' life compared to grease. And now I can "kind of" service my bearings. When I feel necessary, even without disassembling the whole crap I can add excessive amount of oil to the running spindle so most of it spills through the slots (the slots are higher than the bottoms of the bearings' chambers so some oil stays there anyway). Most of the oil will be exchanged this way taking away the particles of wear. I made more changes to my lathe, but this is the most interesting one. Thank you very much for such a nice video!

[@robertcampbell2389]

I bypassed all those problem when I purchased a Logan 10X24 lathe many years ago. Parts are hard to get but then it's not likely you will ever need them. This lathe screams quality. I actually spoke to the older Charles Logan many years ago at the factory where he was still working until his death, and he described this lathe as "his little jewel". Thirty years of hard use and it only works better over time....

[@110americalovingpatriot2]

Holy smokes, I have never seen anyone explain a lathe so intelligently, beautifully and with confidence in knowing what your talking about, you should design your own lathe with all the parts and specs that you like, and I believe you could become a millionaire, just keep me in mind if you make it happen 😉 awesome video thank you, I was about to buy a cheap Chinese mini lathe, but not now.

[@turningpoint6643]

A proper traditionalist would simply chose to base there measurements in full & fractional cubits over the flash in the pan imperial / metric fad that's sure to fade away any day now. :-) A very well done video covering most of the basics that I wish had been available about 40 yrs ago when I started with a home shop.

[@andresvaca5848]

Looking to buy a lathe for the first time, so far you have been the most informative about imported lathes. Keep up the good work, thanks for all the tips.

[@sampreechar5368]

thank you, thank you. I can't say enough good things about your clear, concise, explicit VDOs. Two thumbs up and my hats off to you. Keep producing quality VDO.

[@clydedecker765]

Nice job, Quinn. I am not personally interested in getting a lathe but you did cover the subject pretty well. The change gear nightmare is better left alone. "Ya get what you pay for" is a good admonition. The one thing to remember is that product and quality is not bound by politics or geographical boundaries but by individuals and quality control. Conscientious results not fame make the best product.

[@paulngopal]

The First Rule of Asian Club: Don't talk about Asian Club.... The Second Rule of Asian Club: You Subscribe to this Channel! Great job Blondihacks!

[@cristofacar]

I have just discovered this channel and I'm glad I did. Some youtubers just know what they are talking about, and some just pretend to know. You very clearly do know and I will be back to feast on more of your knowledge :) (having subscribed, of course!)

[@shipmodelguy]

Hi Quinn, Just wanted to thank you for theses videos. I have a KZbin channel also, and I know what goes into these things and I appreciate the effort, from first hand experience. I've learned a lot from you. I have one of those 7x14 lathes you speak of at the end of this video. And, I have to agree, they are pretty crappy. However, thanks to a few tips I picked up from you, I have been able to accurize it to the point of being a useful tool in the shop. I don't need the 10ths' level of accuracy. I build fine scale models, so something within .001" is good for me, and I've been able to achieve that with this machine. So, no budget and no need to be more exact at the moment. But I'll continue to watch and learn. Glad I found you.

[@GaryT1952]

Well explained Quinn. Thanks for sharing your knowledge in a very entertaining and interesting manner.

[@thehilltopworkshop]

Hey Quinn, just wanted to drop by and say that I think this is possibly your best video yet. I've been eyeballing off one of these units for a while now and you've just drawn my attention to so many things I probably wouldn't have thought of. The pros/cons of DCBL vs. AC, and especially the lead-screw designs are things I hadn't paid anywhere NEAR enough attention to in the specs. Thanks so much for your hard work and generosity with your knowledge. Rob. 🤠👍

[@Blondihacks]

Aww thanks! I appreciate the kind words.

[@myphone7568]

If I wasn't already married, your explanation of imperial vs metric would have made me propose! What a great video!

[@fabian-io1xe]

Wow, no idea how I got here, but I have never seen a better, more in-depth explanation with so much detail knowledge. You even know what Shenzhen is 😁.

[@robertbownes6718]

One of the good early projects if you have a mill and a lathe is making more tool holders for your Aloris style post. ToT did a good video on it.

[@larryschweitzer4904]

Tool holders are pretty cheap and all of the ones I have work well. I'd rather spend my time making & designing interesting projects.

[@thomasa5619]

Id rather make tool holders than make nothing

[@ChristopherTate]

For a hot second, the label under "Power Feed" looked for all the world like it read "Carnage +1." Seems legit.

[@jlucasound]

Oh, the Humanity! ;-) And they add "one" more. Ugh.

[@fredgenius]

Greight vid, thanks. Confirms what I've learned over the past few years with my 7/14" lathe. One point I think you missed, the need for single-point threading is also when you need a thread with an an odd diameter, like when I need to cut a 0.8mm pitch thread on a 20mm diameter part, good luck finding a tap or die that size lol!

[@paulzale7429]

Instant Subscriber! Electrical Knowledge with Excellent Verbal Explanations! Cheers from Wisconsin!

[@andrewsutherland6370]

Fantastic presentaion, so refreshing listening to someone that knows their stuff!

[@petermurphy5138]

Now that was timely Quinn, my new lathe arrived 3 days ago (Hare & Forbes AL-356V), I was 'ticking off' all your bullet points while watching the video, I did cheat a bit, I also used info from your previous 'lathe' videos, my new lathe hit a lot of the good points :-)

[@Spencerburner]

wow. finally a video featuring the pm10-22v that wasn't filmed with a digital camcorder made in 1990. thank you. edit: the video content is also super informative and well though-out as well :P

[@garykirkpatrick8425]

Your tutorials are exceptional. I really appreciate that you are clear and concise, something one does not find in many KZbin videos. Thanks so much for your knowledgeable and professional approach.

[@zmotorsports62]

Nice video. I couldn’t agree more about the variations in import machines. I purchased a PM1340GT about five years ago from Matt and it is such a joy to use because of the quality. Mike

[@tomaszjaroszynski5773]

I own identical lathe with other brand name. I have purchased this lathe for one third of a price with damaged engine. There was no BDLC engine , just high voltage DC motor with PWM controller. Part of a comutator in my engine was damaged. I swapped damaged engine with 3 phase induction motr and used Mitsubishi inverter controller. I was able to put maximum 500W motor - because of it's size. But, now the lathe works OK.

[@jeffanderson1653]

Well done. I’ve always wondered what the average hobbies does when those Asian lathe spindle bearings go bad. As you say, you use them until they need to be replaced. Replacing spindle bearings can be a bit challenging, not an easy peasy project. I like how you explained the difference between the identical castings and how different the end item may be completely of different quality. I don’t have any experience but I can only assume a Precision Mathews would be much better than a HF lathe. When looking for a lathe, I seriously considered a Taiwan made lathe. I ended up with a 1970 Clausing Colchester 15X50, I could not be happier with my decision. No it wasn’t cheap, it’s robust and powerful. We all have choices to make. Well done.

[@PintoBlades]

Wow, Blondi knows her motors very well! Great teacher!

[@clutions]

I love your brain! --- Especially the way it handles humor!

[@ThomasBurns]

Thanks so much for this break-down. It really helps simplify things for those of us wanting to level up with a lathe in our workshop!

[@Airgunfunrich]

Good video! Had many an argument with keyboard warriors over Chinese lathes, never personally had one always had old English lathes. The one thing I would say is for someone making small diameter bits the Chinese lathes seem to have a higher spindle speed which would be useful to get the correct surface speed for good finish on small parts

[@Larry1942Will]

Very well done video. I've got an Imperial lathe but I commonly work in metric. Much prefer metric for it's ease of use. I debated for a year what lathe to buy, how big, price, tooling, etc. I ended up with a PM1440HD. Now very glad I didn't get smaller. I have 3 phase so naturally went with that. There were a few issues with it but support was quite good. The D1 chuck system is so much better than many of the others available. All the standard Imperial threads are available via the gear box but metric requires using change gears, a PIA. The spindle bore is only 1.5" and has been a pain to work around. I got the taper attachment (OK but not great) and collet chuck (excellent) from PM. The quick change tool holders seem fine and are readily available for cheap, I now have a lot of them since I don't like to change tools. The steady & follow rests are OK but only have brass tips instead of rollers, will change that some time. It turns out I use the collet chuck more than I expected, same for turning between centers. Machine came with the MT adapter for the spindle bore and two dead centers and a live center. The 12" face plate is fine but takes 2 different sizes of T nuts?? Why?? To turn between centers you need to buy a set of lathe dogs. This machine came with 2 axis DRO which I use constantly. Machine has plenty of power and all the gear boxes were clean as received. Some of the gear box knobs were very tight when new but have now worn in and work fine. Some people have told me this lathe is too big for small precise work, NOT True. I just made a small tool from 1/2" tool steel, bore was .196 X .800 deep, OD was .203 X 2.000 giving a wall thickness of .0035". You really need a mill to go with a lathe for many of the projects. I've got a very used Jet 9 X 49. Thanks again for a good video.

[@CrimFerret]

Great video and a lot of good info. I'm hoping to get into machining for hobby and DIY stuff. Something around the size of that 10X22 would seem to be ideal for that. A knee mill of similar quality (with DRO) would fill things out nicely. Much as it would be fun to play with CNC, I need to learn basic manual machining first.

[@AlexLTDLX]

Probably the best summation of import lathes for non-professionals I've seen. Too bad you didn't do this several years ago before I bought my 8x14 HF lathe. You did get me thinking about the drive motor. Variable speed via pot would be nice. And the finish on my change gears is exactly how you describe. Nice!

[@steveskouson9620]

Quinn, first, THANK YOU! I work at a store that sells woodworking tools, as well as the lumber you'd need. So, I'm the guy that assembles all the tools, and also reconditions all the used tools for resale. Powermatic, Jet, Grizzly, Laguna, and every other manufacturer use the exact castings, for their planers. (I'd like to build a 20 inch planer, using different painted parts, just to show that they are all the same castings.) But, there is a single table saw maker, that doesn't dance to that tune. SawStop is built in the ROC, (not PROC) China. If I were to buy a table saw, it'd take me 1/2 second to make my decision. SawStop. There are GOOD Asian tools, and also CRAP Asian tools. steve

[@mechanicsdiary1438]

I just found your channel. You due a fantastic job. I have just purchased a small lath and mill. I have started watching your channel and I learned more in 3 hours than I have after being around machine shops for decades. That is to say I paid others to make the parts. Thank you.

[@jameshickman5299]

This is a REALLY good video. Perhaps the best one I’ve seen on imported lathes. Thank you.

[@gfbprojects1071]

Great advice Blondihacks, but because I did not find your channel soon enough it could not influence my decision to buy a cheap Chinese mini lathe. All the same, I am having a heap of fun trying to make parts to help my $800 Vevor be a useful tool. As you say, you really do get what you pay for. Love your channel ❤️

[@52thephotoshop]

And the need for a key way drive just added another $500 to my budget thanks for this video most people don't cover all this

[@stu7161]

I have a Shop Fox M1112 Gunsmith lathe, and it's already paid for itself in side work, (no, I don't make guns!). One word about chuck mounts, mine is a D1-5 mount system. I love it, but while D1-4 and D1-6 Lathe Chucks are everywhere, D1-5 chucks are rare and expensive if you can find them, so I buy plain back chucks, and machine a back plate adapter to fit them onto my lathe. It's not a deal-breaker if you're really interested in a Shop Fox, but something you might want to keep in mind if you're still shopping around.

[@peterpocock9062]

Very well done Quin, I agree with all of your observations. A lot of very sound advice. I would suggest to keep away from screwed spindle equipped lathes. I have one, and it is almost impossible to do any useful work in reverse. The cam lock mounts are the big winner. If some one can show me a good way of locking my Chuck's on, I'm all ears and eyes! DRO, I highly recommend that. Metric or imperial? The decider here is "are you going to produce more imperial threads?" If so get a imperial lead screw. My machine has a 8tpi leadscew and metric feed screws and dials. Conversions are dead easy, when they are needed and I would not have it any other way.

[@timliscum2861]

Good video.. the 50% tooling cost was an eye opener to a newbie.. thanks

[@mike-carrigan]

Nice! Are you going to do one on the mill too? Those are probably what I'm going to have eventually

[@jessestrum]

best teaching videos ive watched on youtube thanks great teacher

[@madmat2001]

I used to work at a shop that had a 3'X16' WW2 era lathe. It was used to turn barrels for battleship guns (initially) and we used it for turning 6' to 8' long torsion springs. It was pretty neat. It had a starter motor for the big 46hp motor used to run the machine. I'd never seen an electric motor that required a starter motor before or since.

[@Blondihacks]

Wow! That sounds like an amazing machine.

[@MrAtheHun]

Thank you, wonderfully concise insights into choosing a small lathe. Brilliant use of language to share knowledge, very rare in these parts.

[@alancabrera7116]

It would be cool if you had a video series where you purchased the raw castings and built your own lathe. It would be neat to see how all those internal parts work together as well as all the precision concerns. Maybe a GoFundMe page.

[@scottlong9151]

I bought a 7x14 Grizzly BEFORE I found you. Damn!!! I built parts for ammunition loading equipment so it will work but I should have gone with Matthews. I had a Harbor freight and it was a better lathe. Thank you! You have as much talent teaching as you do machining.

[@thomastthai]

Concise presentation that hit all the critical points. Thank you!

[@arturocaballero7208]

I love your explanations. Even I, a neophyte can understand them! Great Job

[@thefreese1]

Very Rarely do you ever come across a Lady that understands the mechanics of how things work... or the interest... And not only does she understand it , her ability to to convey it to others is outstanding.. I've been a machinist for about 27 years ..and i came to this channel to check the quality of a smaller Chinese lathe and the motor driven speed change.. Theres a lot of ao called machinist on KZbin... some are good .... most not so good ... but none actually delve into the fundamentals and relay it to their veiwers like her ... many take for granted that the veiwers understand certain things already... A real teacher doesn't do this ... but instead knows a person who already knows will FF through it meanwhile the unknowledged will listen through..

[@5tr41ghtGuy]

Very well done video I wish I had seen before I purchased a lathe 4 years ago. I ended up with a Grizzly G0602 which has the same basic 10"x22" castings as your Precision Matthews. When I first got the lathe I was having struggles with chatter just like yourself, but traced the problem to the clamping ring at the foot of the compound. You can verify this by putting your finger on the compound protractor while parting off a work piece to feel how much it flexes (a bunch!) There are other minor issues as well, but I have addressed them all and I am now quite pleased with this unit for working with steel and softer materials.

[@Darren_Barclay]

I learn a lot from you, I like you dude, am a totally noob and just purchased a warco super mini lathe and am just soaking up everything I can. Your very informative through a broad scope of topics, so keep up the good work and I’ll continue to watch your content. Planning on making small things to begin with but got it in my head to make model engines, we’ll see how that goes, rather excited to get started. After spending £1500 on everything I can say am set with the basics and choking to get started, but there so much to machining, it gets the old nogging sparking lol. Keep up the good work.

[@stephenwilliams926]

I work on a circa 1975 colchester 2000 lathe at work. I like a gearbox on the chuck spindle, I can't get on with the variable speed motor drive. I also like the saddle handle on the right to do freehand chamfers . All the dials are imperial even though all the work I do is metric. Good video covers everything on a lathe.

[@SeriousSchitt]

I can’t get off on the variable speed either. I’ve found a lathe that I absolutely love and, for me, it ticks ‘ALL’ the right boxes but it’s got this variable potentiometer and that’s stymying my project. It’s an expensive lathe too.

[@bostedtap8399]

Hi Quinn, excellent, clear and informative guide, perfect for the new hobby lathe user, second hand are a good alternative to learn on and improve your requirements for a machine tool. Thanks for sharing.

[@russelljohnson6243]

You gave tons of great information here, thank you very much! You have earned a new subscriber, thanks again!

[@ThePaulv12]

I'm considering a lathe - well I was. This is a fantastic vid esp the part about lead screw thread pitch vs imperial. As a mechanic I can remember the lesson on screw thread micrometers and the relationship of thread pitch vs thimble turns. Imagine purchasing a lathe and opting for imperial and all the screws on the bloody lathe are metric! I'm so glad I found this vid. I should've considered this and feel like a damn goose for my oversight; however all isn't lost as I'm bright enough to know when I don't know something and I haven't spent any money yet LOL. If I learnt one thing from this vid it is this: for me at lest I'm not skimping on cost - if it's

[@richmac918]

Excellent video with a lot of suggestions/information I hadn't even considered or wasn't aware of. I haven't touched a lathe in 45 years and in truth really don't need one, but I was interested in doing a little tinkering and thought one of those $500 7x14 lathes might be fun to fool around with. Sounds like they aren't really worth considering afterall.