Hi Joe, Was watching the final remarks at the end and I would stay and watch any of your videos even if they were an hour and twenty-eight minutes long. I have enjoyed all your videos and have learned much by watching them. Keep them coming no matter their length. You and the family stay safe.
Nice job Joe, as always. One suggestion for the mousehole in the casting; use the smallest endmill to cover the diameter of the hole. Plunge cut in the approx center. Turn a small aluminium piece slightly above the cut diameter (preferably a left over piece from a casting from the build if possible) and press it in (0,01 mm plus, sorry I'm a metric guy). File it down to the mating surface, hit it with glass bead and it's invisible to see in the final result. Better than using some kind of putty which, sooner or later, will be visible. Thank you Joe! Best, Job
Great point for a lot of repair jobs! But I did hear him say in an earlier episode that he was going to paint it so it shouldn't show if he does what I expect and uses dark paint.
I retired from a career in leatherwork. A real pleasure is watching people like yourself ply their trade that is so far removed from mine that you couldn’t get much further. You sir are not only a gifted machinist you are a true artist. Just found your channel about a week ago and I am so glad I did. Be well be safe.
Look at that old Mitutoyo dial indicator, how it's yellowed with age. Just goes to show the quality of this instrument and that Joe still finds it accurate.
The problem with these series of Joe’s is that I now want to go back and redo every casting I’ve ever tried to coax into looking like a drawing. Man these are educational.
I appreciate the discussion of how you are approaching the problem. It has been helping me plan better some of the hobby machining I do. For me sometimes the thought process takes longer than the setup and the setup takes longer than the cutting.
It used to be when I am working on parts, I only heard Keith Fenner and Mr Pete’s voices over my shoulder, lately, Joe Pi has been interrupting them. Am I the only TH-cam apprentice to imagine my mentors instructions? Excellent series Joe.
Nice! Hey Joe when I'm watching your videos, I'm NOT watching the clock, so who cares how long they are! Thanks for taking the time showing us how you do things. Much appreciated!
Can't under estimate the value of patient filing to prep and clean up the part. Some pretty critical relative factors in this part when considering the spindle axis and bed attachment re center line etc. As always, fascinated to see your set-ups - much logic and some ideas I'm sure I wouldn't have thought of. Nice work Joe. :)
*LOVE IT!* some super-valuable gems in here about details for establishing reference surfaces (banking?...lol, i guess because it's as trustoworthy as a bank?) and measuring. this project is so sweet.
This made my day .... I woke up and saw the new video post from Joe! .... Thank you again for sharing your work, thought process and most important for your teaching and explanation!
Time sure flies when I watch your videos. I can’t believe how much my milling skills have improved since I started watch your videos. I just can’t decide which I like better, your tool tips or project build series. Thanks Joe for all you teach us!!!
This part came out really nice! A lot of that cleaning up on those bosses was machined away. Nice tip for those that plan to do this build. I'm still contemplating...A bit scared of the process but may try it. Looks like a blaster would be a nice next acquisition - I've needed one before.
I always enjoy when you've found what will be the 'centre of the world' and the project takes a firm direction - they really ought to mark that on the plan.
I'm really enjoying this build and give this kit a big thumbs up, but I feel the prints have way too many "Fit at assembly" notes for the average hobbyist to be comfortable. I'm a big fan of dimensions.
@@joepie221 As A kid I happened to find a British book on manufacturing/machining for "young boys" published ~1960. One of the specialists was "fitter", aka the person armed with files and hammers that made everything go together. So much for interchangeable parts...
Thanks again Joe, it's a school day every day with your videos for which I am very grateful. I learn so much every time I tune in. I for one cannot wait for part 2. Thanks again, regards from Wales
This is another awesome series. I wish they had these projects as assignments back in metals shop class. Ya know what would've been cool, also? After the initial work around on the headstock drafts, by hand or machining. Finishing of the headstock bosses of this little machine with this little machine. LOL Just kiddin" it's looking great, of course.
Bravo!! My friend! More please. I absolutely love your videos. I’m a total nerd about miniature stuff. I’m awestruck about your project. I would file my fingers off on the filling work. Lol 👍👍
Great Work Joe , I just found channel as well and been binge watching as well BUT after just a few that you have made with the diagrams and measures I find my head starting to hurt with all the numbers but you really know how to explain the process . Keep up great work Joe
I never did any setups with castings. I always machined raw stock. Interesting to see the sequence. I'd be interested to see how Quinn would have done that part. Thanks for another good video. If your interested, I want to dive in Austin again. Maybe we could get together sometime.
Hey Joe, always wanted to be an engineer/machinist, unfortunately I missed out on that chance, so changed trades, but this makes me see just what I missed out on, keep up the great work/explanations etc, length of vid could be 24 hours for all I care lol
I can now show my Bride of 50 yrs, why I bought my first pair of Kant Twist clamps along with the Starrett height gauge yesterday all in this one video. Thx for using both in this setup Joe. I should have picked up the set of adjustable parallels also, so going to call the man this morning and go back and pick up. Merry X-Mas dear,,hehe!
Just an odd thought for what to do with that inclusion(mouse hole) in the casting. If possible, you can put an eyelet/loop in it for a place to hold the chuck key. Assuming it wouldn't be in the way of anything. I'm loving this project.
I just bought my first 6 Genuine Kan't Twist clamps. They are truly rock-solid. Are the knock-offs "twisty?" Also love their play on words with the "Kant" as in a Cant as in a Tilt LOL.
Hi Joe, this has been a great series. You've given me (& I assume many others) some great insights on workholding and planning. For your file shelf - it's missing a sign... Don't Touch, Don't Take & Don't even think about it. Stay safe and well :)
Regarding the non-print top reference cut (10:45): if you wanted to maintain the "as cast" features, is there enough material to put the reference flats on the internal spindle bosses since the majority of these get machined away in the next steps? Yes, I recognize that would place the flat below the casting surface and would require parallels when you flip for the bottom cut.
Wow. So much preliminary work just to get the casting ready to clamp and MEASURE before the fun begins. So much care and thought on HOW to measure. No wonder my stuff looks like I hewed it out with a broad axe when I compare my work to your work. You're a wizard, Harry Pie! Wait... that sounds wrong.
Another great one Joe! Love seeing your work on this project. *Note to Joe* Please get some more XXL blue T-Shirts! I need one like super bad!! Thanks buddy looking forward to the next one. Stay well in Texas.
Just got my X axis leadscrew straighten out, had 61th in play. Drilled the nut and tapped with nylon inert . Need to address the Z rack before I start mine. I did buy a new Sony cam that works great , maybe do some vids now. Nice work as always. You really help me out on a few things. Thanks ! .
When you made the comment about how you didn't want to turn a taper on the lathe you are working on, I go to thinking about how critical those measurements have to be in order to keep from having a taper in a turned part. If I were a betting man, I would put money on the fact that, there will be very little taper that you will have to adjust out upon final assembly. Great way to start my morning Joe. Thanks for your consistent positive attitude.
Man those castings look so nice - a million times better than the beam engine castings I’m working with at the moment - full of file destroying hard spots and not dimensionally correct so I have to braze them up and machine or file finish to the correct size, i swear these are the last castings I will use for an engine unless,I cast my own !
28 minutes might have been enough for you but I am impatient and want to see the whole piece finished. I can do 28 times 2 or whatever it takes. Thank you for sharing. Have a great day and stay safe.
Just have to say that the "28 min is enough" statement is incorrect. Watching you plan and execute is cathartic. Much appreciate you sharing your process. Cheers
Lots of good "lessons" and "advice" while milling this piece....! Your file collection is impressive.... Several there looked familiar, lol Great camera work as always... Just like being there.
Fantastic Joe. Can you put some content on Patreon? I would love to see a day to day operation of your shop. Maybe a couple of Joe Pie history shows. Thank you sir.
Good job! That part seems deceivingly simple - lots of skills required to do it right! Part two will be even more challenging in such a small part - that .5" mill shows it well :-)
There's a staggering amount of this project that looks simple and isn't. What's great here is that for all us amateurs we are being taught *LESSONS IN SETUP.* The PM engine he did was pretty great in that aspect but this is even better. If there was a complaint its that he doesn't show the steps he uses on the DRO.
Great videos thanks for sharing your knowledge. Have you ever thought about a camera Gimbal. The handheld angles are great but the shaky picture drives me crazy. Keep the content coming.
Joe, off topic I know, but when you finally finish this model, BEFORE you start another one, can you PLEASE try and finish off your brass cannon. I am itching to see the outcome, your brass work is superb, wondering what your woodworking skills will be like, making the carriage. Regards from Australia.
Hi Dave. As time permits, the brass cannons are next on the list. For a variety of reasons, they are planned to be static models just to sit on the desk.
You might want to research that. I know there were some Polish pilots who escaped from Poland to Great Britain and,took part in the Battle of Britain . The British government sought to repatriate them back to Soviet controlled Poland after the war.Geeze...thanks for nothing.Anyway,many of them decided to go to the U.S.,Instead.
@@Convolutedtubules lol, the usa is prouder of him!...and we need him too. and we also give our deepest thanks for sharing his wisdom and skill with the next generation(s) of american machinists. work like this made this country great, because no country with such skillful citizenry cannot help but to be great.
@@jamesdavis8021 yes unfortunately at that time we had a socialist government here in Britain and I am sure that Stalin would have wanted them back. The socialist government of Clement Attlee were ungrateful bastards as far as I am concerned. We owed a great deal to that small band of brave Polish pilots who came here and fought in the Battle of Britain. And they were some of the highest scoring, downing many Luftwaffe aircraft. God bless them all.
Twenty eight minutes isn’t enough. The time flew. You had me focused so well I didn’t realize time was up.
Great to hear. Thanks for hanging in.
It’s the worst! I hate it when videos are so good you lose track of time.
Hi Joe,
Was watching the final remarks at the end and I would stay and watch any of your videos even if they were an hour and twenty-eight minutes long. I have enjoyed all your videos and have learned much by watching them. Keep them coming no matter their length. You and the family stay safe.
Nice job Joe, as always. One suggestion for the mousehole in the casting; use the smallest endmill to cover the diameter of the hole. Plunge cut in the approx center. Turn a small aluminium piece slightly above the cut diameter (preferably a left over piece from a casting from the build if possible) and press it in (0,01 mm plus, sorry I'm a metric guy). File it down to the mating surface, hit it with glass bead and it's invisible to see in the final result. Better than using some kind of putty which, sooner or later, will be visible. Thank you Joe! Best, Job
Great point for a lot of repair jobs! But I did hear him say in an earlier episode that he was going to paint it so it shouldn't show if he does what I expect and uses dark paint.
I retired from a career in leatherwork. A real pleasure is watching people like yourself ply their trade that is so far removed from mine that you couldn’t get much further. You sir are not only a gifted machinist you are a true artist. Just found your channel about a week ago and I am so glad I did. Be well be safe.
Thanks for stopping by. I hope I can earn a sub.
6:21 You can see right here that Joe has an eye for detail - Nudges the file a few mm so they line up nice
It actually bugs me they don't self align in that holder. I may have to fix that.
Been waiting for this next step. Love the build.
Look at that old Mitutoyo dial indicator, how it's yellowed with age. Just goes to show the quality of this instrument and that Joe still finds it accurate.
The problem with these series of Joe’s is that I now want to go back and redo every casting I’ve ever tried to coax into looking like a drawing. Man these are educational.
I appreciate the discussion of how you are approaching the problem. It has been helping me plan better some of the hobby machining I do. For me sometimes the thought process takes longer than the setup and the setup takes longer than the cutting.
Great show, been following since first plan. Keep at it,also liked the knifes
It used to be when I am working on parts, I only heard Keith Fenner and Mr Pete’s voices over my shoulder, lately, Joe Pi has been interrupting them. Am I the only TH-cam apprentice to imagine my mentors instructions?
Excellent series Joe.
I'll take that as a compliment. Thank you.
Nice how you established all of those parallel surfaces for holding that part in a vise / fixture! This thing is gonna be a beast!
That is an awesome way to measure with the sliding parallel, thanks for that one Joe.
Highly instructive on how to establish reference surfaces and work from there.
Nice! Hey Joe when I'm watching your videos, I'm NOT watching the clock, so who cares how long they are! Thanks for taking the time showing us how you do things. Much appreciated!
Can't under estimate the value of patient filing to prep and clean up the part. Some pretty critical relative factors in this part when considering the spindle axis and bed attachment re center line etc. As always, fascinated to see your set-ups - much logic and some ideas I'm sure I wouldn't have thought of. Nice work Joe. :)
Well said.
Love your systematic explanations. Looking forward to seeing the rest of this component.
I have to be honest and say I stared at this for quite a while before deciding on my direction. I'll soon find out if I was correct.
another excellent instalment, thanks Joe!
One more big job on the tiny parts. Great video thanks.
LOL....... 'this is where you get out your good glasses'. I laughed out load on that one. Lots of setup gold in this one. Thanks Joe 👍👍😎👍👍
*LOVE IT!* some super-valuable gems in here about details for establishing reference surfaces (banking?...lol, i guess because it's as trustoworthy as a bank?) and measuring. this project is so sweet.
This made my day .... I woke up and saw the new video post from Joe! .... Thank you again for sharing your work, thought process and most important for your teaching and explanation!
Glad you enjoyed it!
Time sure flies when I watch your videos. I can’t believe how much my milling skills have improved since I started watch your videos. I just can’t decide which I like better, your tool tips or project build series. Thanks Joe for all you teach us!!!
Sitting on the edge of my seat for part two. 😊 !
Yes Joe I agree with Rex just don't know where the time went. Left me wanting more.
Great work.
This part came out really nice! A lot of that cleaning up on those bosses was machined away. Nice tip for those that plan to do this build. I'm still contemplating...A bit scared of the process but may try it. Looks like a blaster would be a nice next acquisition - I've needed one before.
No need to buy a big one for small parts like this.
While i am not an engineer, i enjoy watching you work.
Nicely done Joe, as usual. I’m going to have to view this one again to understand the setup at 10:00.
I always enjoy when you've found what will be the 'centre of the world' and the project takes a firm direction - they really ought to mark that on the plan.
I'm really enjoying this build and give this kit a big thumbs up, but I feel the prints have way too many "Fit at assembly" notes for the average hobbyist to be comfortable. I'm a big fan of dimensions.
@@joepie221 As A kid I happened to find a British book on manufacturing/machining for "young boys" published ~1960. One of the specialists was "fitter", aka the person armed with files and hammers that made everything go together. So much for interchangeable parts...
Thanks again Joe, it's a school day every day with your videos for which I am very grateful. I learn so much every time I tune in. I for one cannot wait for part 2. Thanks again, regards from Wales
Thanks Joe. I'm looking forward to seeing it in its final form, and turning!
You and me both!
I've learned so much about the right way to think about locating features on castings from watching your kit builds. Thank you!
I'm learning as well.
Glad to see a new vid on the mini mini lathe project. Great work Joe.
This is another awesome series. I wish they had these projects as assignments back in metals shop class. Ya know what would've been cool, also? After the initial work around on the headstock drafts, by hand or machining. Finishing of the headstock bosses of this little machine with this little machine. LOL Just kiddin" it's looking great, of course.
Finally!! I was missing your didactic machinist videos. Thanks again to take your time for us!!! Cheers from Fla!!
Hello Joe,
Great work... just the inspiration I need before leaving for my workshop... Thank you.
Take care.
Paul,,
Thanks Paul.
Hanging out waiting for part 2! Thanks for the video.
Bravo!! My friend! More please. I absolutely love your videos. I’m a total nerd about miniature stuff. I’m awestruck about your project. I would file my fingers off on the filling work. Lol 👍👍
Great Work Joe , I just found channel as well and been binge watching as well BUT after just a few that you have made with the diagrams and measures I find my head starting to hurt with all the numbers but you really know how to explain the process .
Keep up great work Joe
Thanks for tuning in. I hope I can earn a subscription.
Thanks I know you're busy with life . I wait each week for a new video
Thanks, I try. But sometimes business commitments just don't allow it.
@@joepie221 I remember _business commitments._ I had some before COVID.
I always learn something from you even at my age and 40 years of experience.
I'm sure there are more than a few things I could learn from you.
@@joepie221 IF I could teach 1 thing it would be when you think you know it all pack up your tools and find another trade.
I never did any setups with castings. I always machined raw stock. Interesting to see the sequence. I'd be interested to see how Quinn would have done that part. Thanks for another good video. If your interested, I want to dive in Austin again. Maybe we could get together sometime.
Awesome build.
I'd love a bit more explanation on the shadow method.
Glad to see you sticking with this project.
Always impressed with your skill at securing the work for the machining.
Looking great Joe, your explanation of using the incremental and absolute on the DRO shows how useful a feature it is.
Nice work Joe and nicely described as usual. Love it. 👍
Thanks.
Thanks for the video Joe.
Hey Joe, always wanted to be an engineer/machinist, unfortunately I missed out on that chance, so changed trades, but this makes me see just what I missed out on, keep up the great work/explanations etc, length of vid could be 24 hours for all I care lol
So looking forward to the next one....
Can't wait for part 2. Had to watch part of that 4 times to get it straight in my head. doh!
I can now show my Bride of 50 yrs, why I bought my first pair of Kant Twist clamps along with the Starrett height gauge yesterday all in this one video. Thx for using both in this setup Joe. I should have picked up the set of adjustable parallels also, so going to call the man this morning and go back and pick up. Merry X-Mas dear,,hehe!
Leave a list of part numbers and an 800 phone number for the supplier as your Christmas list.
Said it before, I'll say it again, I'm amazed by your talents.
Great work Joe!
Hey Joe, enjoyed this video very much. amazing amount of related operations for this part. Carry on, cheers!
USC has a product called all metal it is aluminum reinforced body filler. Used it on aluminum body panels back in the mid 80's. Good stuff.
Just an odd thought for what to do with that inclusion(mouse hole) in the casting. If possible, you can put an eyelet/loop in it for a place to hold the chuck key. Assuming it wouldn't be in the way of anything. I'm loving this project.
"Genuine Can't Twist Clamps"
I got that reference lol
Another great video, Joe!
I just bought my first 6 Genuine Kan't Twist clamps. They are truly rock-solid. Are the knock-offs "twisty?" Also love their play on words with the "Kant" as in a Cant as in a Tilt LOL.
This is where you get out your good glasses. I feel you on that one. Nice work as usual.
Alway a great educational watch and such a perfect craftsman. Keep it coming please.
Thank you very much.
Hi Joe, this has been a great series. You've given me (& I assume many others) some great insights on workholding and planning.
For your file shelf - it's missing a sign... Don't Touch, Don't Take & Don't even think about it. Stay safe and well :)
Very good,Joe.Thank you.
Regarding the non-print top reference cut (10:45): if you wanted to maintain the "as cast" features, is there enough material to put the reference flats on the internal spindle bosses since the majority of these get machined away in the next steps? Yes, I recognize that would place the flat below the casting surface and would require parallels when you flip for the bottom cut.
Wonderful Joe, thanks for sharing buddy 👍
Thanks for sharing!
Wow! 28 minutes! It felt like 10! Amazing work Joe. I wish I had a DRO on my mill for accuracy.
Wow. So much preliminary work just to get the casting ready to clamp and MEASURE before the fun begins. So much care and thought on HOW to measure. No wonder my stuff looks like I hewed it out with a broad axe when I compare my work to your work. You're a wizard, Harry Pie! Wait... that sounds wrong.
Another great one Joe! Love seeing your work on this project. *Note to Joe* Please get some more XXL blue T-Shirts! I need one like super bad!! Thanks buddy looking forward to the next one. Stay well in Texas.
Great work Joe! Glad to see you found some time to work on this.
I'll get back to it very soon.
Thanks Joe. Looking good. I always learn something from your videos.
Just got my X axis leadscrew straighten out, had 61th in play. Drilled the nut and tapped with nylon inert . Need to address the Z rack before I start mine. I did buy a new Sony cam that works great , maybe do some vids now. Nice work as always. You really help me out on a few things. Thanks !
.
When you made the comment about how you didn't want to turn a taper on the lathe you are working on, I go to thinking about how critical those measurements have to be in order to keep from having a taper in a turned part. If I were a betting man, I would put money on the fact that, there will be very little taper that you will have to adjust out upon final assembly.
Great way to start my morning Joe.
Thanks for your consistent positive attitude.
I think you guys will like what I have in mind.
@@joepie221 I'm sitting on the edge of my seat waiting for the next one.
Brian from Ma.Thank you for pointing out Kant -Twist clamps Great video Besafe in all your ENDEAVERS.
These clamps are awesome. There are cheap knock offs, but the original can't be beat.
Thanks for sharing Mr. Joe!!!
Thank you Joe Pie !!!
Man those castings look so nice - a million times better than the beam engine castings I’m working with at the moment - full of file destroying hard spots and not dimensionally correct so I have to braze them up and machine or file finish to the correct size, i swear these are the last castings I will use for an engine unless,I cast my own !
28 minutes might have been enough for you but I am impatient and want to see the whole piece finished. I can do 28 times 2 or whatever it takes. Thank you for sharing. Have a great day and stay safe.
Yes agreed, but Joe does actually a living to make on top of making these videos.
You make it Look so easy.....
Just have to say that the "28 min is enough" statement is incorrect. Watching you plan and execute is cathartic. Much appreciate you sharing your process. Cheers
Nice work, Joe.
Lots of good "lessons" and "advice" while milling this piece....! Your file collection is impressive.... Several there looked familiar, lol Great camera work as always... Just like being there.
Very very nice, I like it. Thanks for sharing.
Genuine Kant Twist Clamps. I like it.
Fantastic Joe.
Can you put some content on Patreon? I would love to see a day to day operation of your shop. Maybe a couple of Joe Pie history shows.
Thank you sir.
Good idea.
Thank you for file info. It helps no matter the trade.
Good job! That part seems deceivingly simple - lots of skills required to do it right! Part two will be even more challenging in such a small part - that .5" mill shows it well :-)
There's a staggering amount of this project that looks simple and isn't.
What's great here is that for all us amateurs we are being taught *LESSONS IN SETUP.*
The PM engine he did was pretty great in that aspect but this is even better.
If there was a complaint its that he doesn't show the steps he uses on the DRO.
I can't wait to see the dial test indicator that you build to go along with this.
That would be mind blowing because I am sure he could do it and surprise us all with how simple his plan is.
@@robertoswalt319 get with the plan please, DRO, we live in modern times!!
Great videos thanks for sharing your knowledge. Have you ever thought about a camera Gimbal. The handheld angles are great but the shaky picture drives me crazy. Keep the content coming.
Glad to see that I'm not the only one who inadvertently turns the wrong handle sometimes. I thought it was just me.
Enjoyed....great setup lessons
Good morning Chuck.
Figuring out the best way to do a job can take a long time, though once done, it makes the next ones faster.
2 parts are always faster and cheaper ( per part ) to make than one will ever be. I should be making 2 of each of these little machines as I go.
@@joepie221 Well, it's done now. You could always do another... Stuart have one as well, but it is cast iron.
Joe, off topic I know, but when you finally finish this model, BEFORE you start another one, can you PLEASE try and finish off your brass cannon. I am itching to see the outcome, your brass work is superb, wondering what your woodworking skills will be like, making the carriage. Regards from Australia.
Hi Dave. As time permits, the brass cannons are next on the list. For a variety of reasons, they are planned to be static models just to sit on the desk.
28 minutes is not enough! Hit the like anyway.
A master in action....
Lots of difficulties to handle, many of them due to the castings. Maybe easier to build the micro lathe from "normal" stock?
It's coming along nicely. Keep practicing !
lol, practicing?...are you having a laugh??? dude doesn't _need_ any practice, he's a master machinist.
Great work holding technique
Hi Joe. Where in Poland are you from? When and how did you end up moving to US?
My Great Grandparents came over. I actually don't know what city they left behind.
@@joepie221 That's interesting nevertheless. Poland is proud of you!
You might want to research that. I know there were some Polish pilots who escaped from Poland to Great Britain and,took part in the Battle of Britain . The British government sought to repatriate them back to Soviet controlled Poland after the war.Geeze...thanks for nothing.Anyway,many of them decided to go to the U.S.,Instead.
@@Convolutedtubules lol, the usa is prouder of him!...and we need him too. and we also give our deepest thanks for sharing his wisdom and skill with the next generation(s) of american machinists. work like this made this country great, because no country with such skillful citizenry cannot help but to be great.
@@jamesdavis8021 yes unfortunately at that time we had a socialist government here in Britain and I am sure that Stalin would have wanted them back. The socialist government of Clement Attlee were ungrateful bastards as far as I am concerned. We owed a great deal to that small band of brave Polish pilots who came here and fought in the Battle of Britain. And they were some of the highest scoring, downing many Luftwaffe aircraft. God bless them all.
nicely done
Your damn right Joe! The new lathe better not turn tapers unless you tell it to. 😀
Hi Joe, still superb!