@@joepie221 I would love to see you add a lead screw. If you feel like that's something you want to do. I am guessing you could just use 60° screw because the force so low.
Once again you put the numbers to work ahead of time. No point in not doing that footwork ahead of time. Seeing the brass now is great. Poor man's gold eh, LOL. Lots of people don't like working with brass. Sharp, sharp tools and a gentle approach has always worked for me. I am thinking we need to give you a nick name. "Joe the executioner" as yer killing these parts my friend.
To add....I like HSS for brass. Carbide has just never given me the same finish. K68 grade carbide maybe, but I always reach for my HSS tooling for brass.
@@joepie221 Absolutely and I always hone my high speed. It seems we just can't get carbide sharp enough. I suppose that is why steel is used for medical scapples.
Hi Joe, As a retired clockmaker, I would not put flats on that center shaft until after you have the mating gears made and fitted. That way you can use the etcentrics to adjust the depthing of each set of gears individually . If the center shaft is slightly out of line as a result it won't affect the operation . All looking good--thanks for the video
When I can accurately judge the position of the handle, the screws will dictate where the flats go. If I rush into it, the handle may be in an undesirable position.
@@joepie221Hi Joe, In the end, I doubt you will need any flats at all--there will be so little pressure on those parts the screws won't be that tight. This has to be the best series of Videos I have ever seen on machining mating vees---many thanks.
I've been a subscriber for about 3 years now and i've learned so much from you. I don't run a lathe at work but i do enjoy all of your videos. Thank you Joe.
Excellent. Joe again I learned a good tip. "When machining small diameter's in the lathe start at the chuck and machine out" Little bits of information like this put you on the top shelf with the pros. Thanks a million for sharing with us. BTW I have been a subscriber for a few years and a Patron supporter this year.
No arguments with your admiration, just to add that Joe is that rare breed - a professional who is not afraid to share the special techniques gleaned from a lifetime of experience that shine through in his work. Thanks for sharing, Joe.
When trying to determine where an angle will run off a part, and still maintain a specific root diameter and length, starting at the chuck is the way to go. If everything is known, you should always work towards the weakest feature. That usually means working to the chuck.
I came into "the machinist's world" as an engine mechanic, learning the machine work rebuilding engines. I've done it fifty years but have gotten good value in seeing techniques and processes that I never got in my one year of "machine shop". I love the use of the razor blade, been doing it by feel up till now. That looks very fine.
Challenge I have spent a good bit of my time watching you make that little lathe, when you are done making it, you better make some chips with it. Thank for your excellent videos.
Your quick tips for finding edges and centers are so much appreciated. Also, the aluminum in the bore while drilling is fantastic. I learn something in every video.
Hi Joe, Another display of fine workmanship. Nothing better than watching a master craftsman at his trade. Won't be long now before see it making small chips. You and the family stay safe.
Find it hard to believe that the percentage is so high, I would think anyone that watched your channel would subscribe, especially if they took the time to comment . Great stuff Joe !
Some examples of hints given in the past and a few new ones. Your videos are always educational well over and above the actual project being machined. Lots of good hints here too. The use of some soft wire to feel the drill break through is a keeper just as one example. I like your idea of flats on the inner shaft. Not only to avoid the burrs but also if you "dull" or flatten the ends of the set screws and make the flats in one go so they are in the same plane or at least parallel then the offsets will automatically clock to the proper angles. And that means the back shaft stays parallel to the main shaft. And that's obviously a good thing.
I'm so amazed of what you do. I would screw it up so quickly. .001" press fir on brass .250 In diameter I would bend it right away. It takes good tooling to do it right and you have the patience to do it right too.
i would make the gears have a spoke center or holes so they look like a casting instead of just a blank sawed off from a piece of stock. thank you for all i have learned from you, its been a great help getting started in machining
Once again.... I was holding my breath when you machined the handle on the end of that 3/32" shaft. I just KNEW it as going to climb that cutter.... You are a lucky man....! Good work!!!..
Phenomenal as always Joe. I bought one of these kits because I know I could follow all of it. U are extremely detailed in ur descriptions and the finished product is always spot on. Love ur vids man!!! Keep up the good work! I’m just a garage machinist but always inspired by ur work! I always learn watching u. Every freakin time!
Joe, if you don't at least set this up and turn some small bit of SOMETHING I swear I'll unsubscribe ! ...... Just kidding..... :D But seriously it would be truly fun to see if it all comes together well enough to turn a few bits of plastic or perhaps even some aluminium or brass and show them off along with the model.
Every part you have completed so far is so well done and accurate. You are truly an inspiration Joe. And watching has me wanting to head back out in my shop and do some cleanup so I can work as cleanly as you do! Thanks for the superb content sir.
okay, I'm kinda drunk and it's been a long day, but did you just pull the part out while the chuck was spinning at 6:23? My mind is totally blown. I Wish I could work under you for a day, but thanks so much for posting these vid for expanding my machining mind!
I’ll take the over on Joe re-making the cracked part before the series is finished! And that indicating tip with the eccentric bushing was brilliant - precisely why I never miss a video.
When I see this back gear, it reminds Me of an old lathe My dad had. I remember it said Chicago 1898 on the casting. It looked so much like this lathe. When moving the Lathe in , My Dad greased the floor to slide the lathe in . He then said " clean it up boy" so i had to wipe all the grease off the floor. I was about ten.
Just bought a small lathe I've wanted one for years. The hints and tips that you supply Joe are an absolute jem, aways looking forward to the next. Thank you sir.
I like the idea of the flats on the bent shaft to keep the two eccentrics in time with each other and allow disassembly without issues. Nice job Joe, you've got a lot of time in this little model and it shows. J
Thanks. I'm thinking about the bull pin at the moment. They used a set screw and I'm having a hard time going down that road. Space and installation sequence offer some challenges.
Thumbs up every time, subscribed the first time I watched. One of my favorite channel’s and I’m not a machinist, have a wood lathe. Attention to detail is a weak point with me sometimes, so watching you is inspiring.
As you relax into hosting these videos they just keep getting better and better. I think one thing that many of us would find useful would be to say, or caption, your chuck speeds when milling, drilling and turning.
Joe- maybe a silly question but at 7:42 did you remove the stock from the collet and flip it without shutting off the lathe? This is the first time I've seen that done. I assume this is possible because the collet is held in with a collet closer on the change gear side of the lathe? Genuinely not being a safety nazi here- just learning: is this a safe/common practice when using collet closers?
Yes, I do it all the time. Good axial alignment is necessary or the part could grab and whip. I also keep pressure on the closer handle to keep the collet open.
@@joepie221 I have learned so much from your vids I am just a hobbiest that doesn't like buying what I can make but you explain things so well thank you.
At 11:40 - I would see where the Henrob tourch I bought in 98 would come in handy (@@),,,Ever see are use one? These parts are tinny, great camera work Joe,,Thx for statring off my Saturday.
joe watching this gave me an idea i am going to use this exentric method to engage my back gear. on my little"too little" myford ml10 lathe. 13"between centres x 3.5" centre height..its an old lathe . i paid $600.. but had to travel to wales to collect it a 300 mile round trip .. it is complete. but its lacking a" tumbler reverse" so i will have to make one.. what i really wanted was a myford "super 7" but they are very pricey ..but one day .. i will get one.. hopefully !!,,enjoy your programs,, and get a LOT of info ,, from your good self,, keep up the good work ,, and bear in mind you are educating ENGLISHMEN.. as a bonus.. laurence..
Putting flats on shaft is a good idea as it makes it simple to 'time' the eccentric and make sure gears are not tilted and shafts stay parallel. 30+ years ago Kawasaki used eccentric chain adjusters which seemed like a great idea but could be a PITA to set accurately. It made a difference on a 160+mph bike if wheel was tilted or out of line slightly (I guess 99% of riders didn't notice a couple of mm misalignment 13"~14" from axle though and rarely if ever checked out top speed)
The red end of the shaft, and the squeak on the video, reminded me of the joke about the kid at the blacksmith's shop picking up a red horse shoe, and dropping it quickly! The Blacksmith said, "don't take you long to look at a horseshoe! " Great video.
Syill WATCHING One of the BEST utube Channels of any topic, & especially directed towards Machinery ! @ philip, from the Great Pacific NorthWET, Oregon Division
Great work and nice result, thank You! Your razor blade idea is great, use it all the time now. Those cigarette lighter type micro torches are great for similar micro bending and hardening jobbs, easier to control the heat.
Love the mill drilled offsets on the cam. I was already wondering how you were going to offset and bore using the four jaw chuck. Once again you amaze me and make it look ridiculously simple although it never is. Once again, thanks for sharing your time and knowledge.
this project is so dope...great work! loved that little gem about using the aluminum wire to detect the drill-through. lol, i would have guessed you just figure out how deep you need to drill and use your z-scale. xD
I can't see that without the magnification of the camera. I know the tailstock has some wear and will shift slightly when I apply some lock pressure. I'll identify the culprit sooner or later, but for now its not a problem.
![Noob To Max With DRAGON REWORK In Blox Fruits [FULL MOVIE]](http://i.ytimg.com/vi/LnBMOinoOvA/mqdefault.jpg)
![Blox Fruits Dragon Rework Update [Full Stream]](http://i.ytimg.com/vi/EqDAp8udhm0/mqdefault.jpg)
Never gets boring, I love watching skilful people.
Thanks.
I have learned from you so many detailed machining steps,tips and tricks,thank you once again for taking the time to produce these videos.
Glad to do it.
It would be really cool to do some thread cutting with this tiny lathe
Whitworth, or Apex? :D
There is no lead screw, just a drive shaft. I don't know if its possible.
@@joepie221 It might be possible, by reversing the lathe, after each pass.
Or you could add a lead screw and threading dial. 😁
@@joepie221 I would love to see you add a lead screw. If you feel like that's something you want to do. I am guessing you could just use 60° screw because the force so low.
@@johnsims5330 B.A. 👍
Once again you put the numbers to work ahead of time. No point in not doing that footwork ahead of time. Seeing the brass now is great. Poor man's gold eh, LOL. Lots of people don't like working with brass. Sharp, sharp tools and a gentle approach has always worked for me. I am thinking we need to give you a nick name. "Joe the executioner" as yer killing these parts my friend.
To add....I like HSS for brass. Carbide has just never given me the same finish. K68 grade carbide maybe, but I always reach for my HSS tooling for brass.
@@joepie221 Absolutely and I always hone my high speed. It seems we just can't get carbide sharp enough. I suppose that is why steel is used for medical scapples.
Well, I’m subscribed (long time) and as a very amateur machinist, I look forward to my ‘lesson’ each week. Thanks, Joe
Awesome, thank you!
Hi Joe,
As a retired clockmaker, I would not put flats on that center shaft until after you have the mating gears made and fitted. That way you can use the etcentrics to adjust the depthing of each set of gears individually . If the center shaft is slightly out of line as a result it won't affect the operation .
All looking good--thanks for the video
yeah, he said he's gonna put this shaft flats in later.
When I can accurately judge the position of the handle, the screws will dictate where the flats go. If I rush into it, the handle may be in an undesirable position.
@@joepie221Hi Joe, In the end, I doubt you will need any flats at all--there will be so little pressure on those parts the screws won't be that tight.
This has to be the best series of Videos I have ever seen on machining mating vees---many thanks.
Awesome! Another step closer, great work Joe!
I've been a subscriber for about 3 years now and i've learned so much from you. I don't run a lathe at work but i do enjoy all of your videos. Thank you Joe.
I appreciate that
Joe you NEVER cease to amaze me with level expertise in your work and the years of experience is truly outstanding keep them coming
Thank you very much.
Excellent. Joe again I learned a good tip. "When machining small diameter's in the lathe start at the chuck and machine out" Little bits of information like this put you on the top shelf with the pros. Thanks a million for sharing with us. BTW I have been a subscriber for a few years and a Patron supporter this year.
No arguments with your admiration, just to add that Joe is that rare breed - a professional who is not afraid to share the special techniques gleaned from a lifetime of experience that shine through in his work. Thanks for sharing, Joe.
When trying to determine where an angle will run off a part, and still maintain a specific root diameter and length, starting at the chuck is the way to go. If everything is known, you should always work towards the weakest feature. That usually means working to the chuck.
@@joepie221 Now i am confused
I came into "the machinist's world" as an engine mechanic, learning the machine work rebuilding engines. I've done it fifty years but have gotten good value in seeing techniques and processes that I never got in my one year of "machine shop". I love the use of the razor blade, been doing it by feel up till now. That looks very fine.
Thank you.
It's hard to imagine just how small this stuff is until you see a finger next to it. Nicely done as always
Thank you.
Perfect fit as usual. Looking great, it'll be nice to see the spindle in there with the gears turning.
It will. I may modify it to suit my thoughts.
Challenge
I have spent a good bit of my time watching you make that little lathe, when you are done making it, you better make some chips with it. Thank for your excellent videos.
I second that...
I will.
Joe once again , you did it love watching your videos
Another great installment! Looking forward to more!!
thanks. Me too.
As always, a beautiful job Joe. That will be a true masterpiece when it is finished.
I've always admired miniature machinery. Thanks.
Love your work, Joe Pie........
Glad you enjoy it!
I can't imagine why people are not subscribed! As always awesome work can hardly wait for the next installment!
I have been waiting for this episode for a while now.
Your quick tips for finding edges and centers are so much appreciated. Also, the aluminum in the bore while drilling is fantastic. I learn something in every video.
I didn't want to hit the backside of the hole and that wire trick works well.
Thank you Joe another great video a true master of your craft.
Absolutely amazing.
Thanks. I'm enjoying this.
Hi Joe,
Another display of fine workmanship. Nothing better than watching a master craftsman at his trade. Won't be long now before see it making small chips. You and the family stay safe.
Thank you for your continued positive comments. You and yours stay safe as well.
Joe, I really appreciate all the details on how to setup and machine the eccentric parts. Such masterful solutions. 👍👍😎👍👍
It worked well. Thanks.
Enthralling! Loving this video series! Thanks for sharing 🇨🇦
Glad you enjoy it!
God, I work all day in My shop, come home and watch Joe machine. I think there is something wrong with Me. I should be trying to get away from work
Watching someone else do the work sounds fine to me.
Awesome work as always Sir. :)
Find it hard to believe that the percentage is so high, I would think anyone that watched your channel would subscribe, especially if they took the time to comment . Great stuff Joe !
And to add to that statistic, 60% of my views are from non subscribers. Thats mind boggling. Its free. Hit the button.
Some examples of hints given in the past and a few new ones. Your videos are always educational well over and above the actual project being machined. Lots of good hints here too. The use of some soft wire to feel the drill break through is a keeper just as one example.
I like your idea of flats on the inner shaft. Not only to avoid the burrs but also if you "dull" or flatten the ends of the set screws and make the flats in one go so they are in the same plane or at least parallel then the offsets will automatically clock to the proper angles. And that means the back shaft stays parallel to the main shaft. And that's obviously a good thing.
The flats will help for sure.
Rebuilding my Chevy 350 engine is bad enough on the eyes. I can't imagine how eye straining doing those small parts is. Great job brother.
I have lots of magnifiers.
An oil hole in the back gear shaft would be a useful addition, no way to get any lubrication in otherwise.
I may add a few small holes or slots. Thats a solid suggestion.
Top stuff Mr Pie regards from Bournemouth UK
Regards from Austin Texas USA
I'm so amazed of what you do. I would screw it up so quickly. .001" press fir on brass .250 In diameter I would bend it right away. It takes good tooling to do it right and you have the patience to do it right too.
I think patience is a big part of a build like this.
i would make the gears have a spoke center or holes so they look like a casting instead of just a blank sawed off from a piece of stock. thank you for all i have learned from you, its been a great help getting started in machining
Holes to make them look like sprockets would look good. I did consider it. I still may.
This will probably be the nicest one in existence. Such a cool project. Thanks for sharing.
Thanks. I'm taking this build very seriously.
Great work as usual. Many things to learn. Thanks
We can all learn from each other.
@@joepie221 Always.
Once again.... I was holding my breath when you machined the handle on the end of that 3/32" shaft. I just KNEW it as going to climb that cutter.... You are a lucky man....! Good work!!!..
I was expecting to climb over as well. I normally cut the other way.
Very cool! Stay safe and healthy!
Phenomenal as always Joe. I bought one of these kits because I know I could follow all of it. U are extremely detailed in ur descriptions and the finished product is always spot on. Love ur vids man!!! Keep up the good work! I’m just a garage machinist but always inspired by ur work! I always learn watching u. Every freakin time!
Show and tell videos are fun, but I always try to give you something to take away. I'm glad you get it.
I wish I had 1% of your skill Joe, it ‘s a pleasure watching you every time, thanks for all your doing
Stick with it.
Good work. Works exactly like the back gears on my lathes do.
You are fun to watch Joe. I'd surly love to watch a video on advanced tool grinding if you were ever inclined to make one. Thank you very much!
Good to hear from you John. I hope you are well.
Will you be able to actually use this miniature lathe just a little to make a video? Could you turn a small brass rod? That would be awesome lol.
Joe, if you don't at least set this up and turn some small bit of SOMETHING I swear I'll unsubscribe ! ...... Just kidding..... :D But seriously it would be truly fun to see if it all comes together well enough to turn a few bits of plastic or perhaps even some aluminium or brass and show them off along with the model.
I will cut some material. Probably brass or plastic, but there will be chips.
@@joepie221 “There Will Be Chips” lol, that should be the title for the actual video where you make chips. I love that movie “there will be blood”
Every part you have completed so far is so well done and accurate. You are truly an inspiration Joe. And watching has me wanting to head back out in my shop and do some cleanup so I can work as cleanly as you do! Thanks for the superb content sir.
Thank you very much.
Cool I would like to see you machine something with this lathe when you are done building it
That's the plan!
okay, I'm kinda drunk and it's been a long day, but did you just pull the part out while the chuck was spinning at 6:23? My mind is totally blown. I Wish I could work under you for a day, but thanks so much for posting these vid for expanding my machining mind!
Yes. I maintain pressure on the lever opener and make sure I pull the part straight out. I do this all the time. Same for installing the part.
A wonderful way to finish off a Saturday evening. Thanks Joe. Roll on to the next installment. 👍
Coming up next week.
I’ll take the over on Joe re-making the cracked part before the series is finished! And that indicating tip with the eccentric bushing was brilliant - precisely why I never miss a video.
Thanks for tuning in and yes, I'll probably make a new shaft.
Thanks Joe
Beautiful work as always Joe
When I see this back gear, it reminds Me of an old lathe My dad had. I remember it said Chicago 1898 on the casting. It looked so much like this lathe. When moving the Lathe in , My Dad greased the floor to slide the lathe in . He then said " clean it up boy" so i had to wipe all the grease off the floor.
I was about ten.
I like the way the old machines growl when all the gears are meshing. And how they coast to a stop when you turn the power off.
As always inspirational and admiration on workmanship.
Thank you very much!
thanks Joe, ur vids r therapeutic for me, makes me use my brain to follow along. thumbs up buddy.
Good to hear that. Machining is a thinking game.
Just bought a small lathe I've wanted one for years. The hints and tips that you supply Joe are an absolute jem, aways looking forward to the next. Thank you sir.
Good luck and be careful.
Thanks for the video Joe.
Thanks for watching.
I like the idea of the flats on the bent shaft to keep the two eccentrics in time with each other and allow disassembly without issues. Nice job Joe, you've got a lot of time in this little model and it shows. J
Thanks. I'm thinking about the bull pin at the moment. They used a set screw and I'm having a hard time going down that road. Space and installation sequence offer some challenges.
Thumbs up every time, subscribed the first time I watched. One of my favorite channel’s and I’m not a machinist, have a wood lathe.
Attention to detail is a weak point with me sometimes, so watching you is inspiring.
Thank you.
As you relax into hosting these videos they just keep getting better and better. I think one thing that many of us would find useful would be to say, or caption, your chuck speeds when milling, drilling and turning.
Noted. Thanks.
Wow. Amazing work Joe. Coming along great! Love your channel, entertaining and educational. Thank You. Have a great weekend.
Thanks. You too.
The indicator trick you explained is outstanding Joe. 👍 thanks
Glad you liked it.
Beautiful craftsmanship
thanks.
Joe- maybe a silly question but at 7:42 did you remove the stock from the collet and flip it without shutting off the lathe? This is the first time I've seen that done. I assume this is possible because the collet is held in with a collet closer on the change gear side of the lathe? Genuinely not being a safety nazi here- just learning: is this a safe/common practice when using collet closers?
Safe enough with smooth tiny parts like this.
Yes, I do it all the time. Good axial alignment is necessary or the part could grab and whip. I also keep pressure on the closer handle to keep the collet open.
You are an expert of your craft from Germantown Wisconsin.
Thanks. I've had lots of practice.
Great stuff
Sure have been enjoying this series Joe.
Thanks. Me too.
Your and you're channel are amazing.
I appreciate that. Thanks.
Love this series as I have the full size version of this lathe...
They would look great side by side.
Yay! Moving parts! It's looking pretty good!
Thanks.
Can't wait until this lathe is complete and you start making watch parts on it.....👍👍👍👍👍
There is still a way to go yet. I too am looking forward to seeing it spin.
Beautiful work as always!
Thank you!
@@joepie221 I have learned so much from your vids I am just a hobbiest that doesn't like buying what I can make but you explain things so well thank you.
Slick trick on how you used the indicator instead of an edge finder. I’ll have to try that sometime. Thanks for the tip.
It works well.
At 11:40 - I would see where the Henrob tourch I bought in 98 would come in handy (@@),,,Ever see are use one? These parts are tinny, great camera work Joe,,Thx for statring off my Saturday.
Thanks for coming back.
Always a learning experience watching your videos. Thank you!
I try to put in something useful.
Great series Joe have enjoyed each one of your videos thank you. Keep well 👍
Thanks Troy.
joe watching this gave me an idea i am going to use this exentric method to engage my back gear. on my little"too little" myford ml10 lathe. 13"between centres x 3.5" centre height..its an old lathe . i paid $600.. but had to travel to wales to collect it a 300 mile round trip .. it is complete. but its lacking a" tumbler reverse" so i will have to make one.. what i really wanted was a myford "super 7" but they are very pricey ..but one day .. i will get one.. hopefully !!,,enjoy your programs,, and get a LOT of info ,, from your good self,, keep up the good work ,, and bear in mind you are educating ENGLISHMEN.. as a bonus.. laurence..
Hi Joe Chris from NewZealand awesome video you’re a great machinist have learned a great deal from you
Thanks Chris
Glad to help. Thanks.
Nice thing to do. I really enjoyed that.
Putting flats on shaft is a good idea as it makes it simple to 'time' the eccentric and make sure gears are not tilted and shafts stay parallel. 30+ years ago Kawasaki used eccentric chain adjusters which seemed like a great idea but could be a PITA to set accurately. It made a difference on a 160+mph bike if wheel was tilted or out of line slightly (I guess 99% of riders didn't notice a couple of mm misalignment 13"~14" from axle though and rarely if ever checked out top speed)
I learn something from every one of these.
Thanks. I try.
The red end of the shaft, and the squeak on the video, reminded me of the joke about the kid at the blacksmith's shop picking up a red horse shoe, and dropping it quickly! The Blacksmith said, "don't take you long to look at a horseshoe! " Great video.
I was waiting for the parallel burn marks in his fingers.
It was small, but warm for sure.
That is some awesome work there with some small things great job
Thanks
Syill WATCHING One of the BEST utube Channels of any topic, & especially directed towards Machinery ! @
philip, from the Great Pacific NorthWET, Oregon Division
Thanks Phillip 👍
Awesome as always Joe, thanks for sharing buddy 👍
Thanks for your comments.
Great work and nice result, thank You!
Your razor blade idea is great, use it all the time now.
Those cigarette lighter type micro torches are great for similar micro bending and hardening jobbs, easier to control the heat.
Thanks for the tips!
"...Ream two bushings with one hone..." I like it.
That worked well. I should have also done both tapped holes in the same setup by just offsetting the X axis.
Lovely job Joe, it looks very good I can't wait for the saddle!
There is a lot going on in there.
Love the mill drilled offsets on the cam. I was already wondering how you were going to offset and bore using the four jaw chuck. Once again you amaze me and make it look ridiculously simple although it never is. Once again, thanks for sharing your time and knowledge.
Glad you liked it, and thanks for the comment.
Great work done
this project is so dope...great work! loved that little gem about using the aluminum wire to detect the drill-through. lol, i would have guessed you just figure out how deep you need to drill and use your z-scale. xD
I also just offset the part and set a stop by eye.
Nice job,Joe.Those tiny parts can bite you if, you don’t have a good plan ahead of time.
You got that right!
Very fine detailed work, thanks Joe,
Thanks 👍
Ready so ready to see the thing
operational..... I am impatient.....
Me too, but I don't want to compromise quality by rushing it.
Another Great one Joe! Thanks for sharing with us. I received my t-shirt also thank you!!
Thanks for the support. Enjoy the shirt. I like them.
Beautiful piece of work Joe and thank you. Regards from Wales
I'm going to really enjoy owning this when its done.
@@joepie221 I bet you will and you absolutely deserve it.
Nice, Joe!
Hello Joe,
I know I always say it but it is always true... GREAT WORK...
Take care.
Paul,,
Thanks Paul 👍
I’ve noticed your tail stock lifts up when reaming and drilling etc, is it wear or is it the camera angle or something?
Floating reamer chuck, so the reamer follows the pilot hole.
I thought that then I noticed it was the same with the centre drill.
I can't see that without the magnification of the camera. I know the tailstock has some wear and will shift slightly when I apply some lock pressure. I'll identify the culprit sooner or later, but for now its not a problem.
More (micro) precision Joe magic - the hours total must be huge by now.. Most enjoyable :)
I do have some hours invested in this one.
I'm lovin' it. Thanks Joe.
Me too.