Rotary Table Accessories and a Project Choice

This video is a short collection of some things you may find necessary for successful rotary table work. It also contains a viewers choice request for a project to be fabricated base on your selection.
Product Link: www.advancedin...
Patreon Link: / joepie

[@mrtomsr]

I got about half way through the comments and the majority seem to agree with my choice which is all three. When one finds a good teacher, one wants to learn everything. Thanks a lot Joe.

[@dankennedy660]

i vote for #1 as this is most useful for the hobbyist for fabricating engine flywheels, gear blanks and wheels in general. thanks for the great videos Joe.

[@garybecker2624]

Number 3 looks the most challenging, I would enjoy seeing all three. Learn something from from everyone of your videos. Thanks for all the time you put into the videos.

[@mtnphot]

Thanks for the videos. They are very informative, especially for a newcomer to machining. Very good explanations. Number 3 takes my vote.

[@matthewroepke4644]

#3 please! Thanks, Joe...! You’re a true master of your craft and look forward to learning all I can from your videos.

[@joecolanjr.8149]

#1...but I would watch you make all of them!! Thanks Joe!!👍

[@SepticWhelk]

The duel thread T nuts is a BRILLIANT idea , I have about a dozen different sizes , right bum pain . thanks chap . Good quality plywood makes a surprisingly accurate sacrificial table face .

[@jrucker2004]

Best. Video. Opening. Ever.

[@joepie221]

Someday I'll post an out take reel. Thanks.

[@TheArsonsmith4242]

I find it interesting that #3 is getting the most votes as I see it as one of the easier ones to do. Although at first glance it does look more difficult. #2 also seems like it would be pretty simple. where #1 I think looks the most common but it seems like it would have the more difficult offset from center then mill of all three.

[@dimitar4y]

That intro perfectly showed your enthusiasm to show us all your cool stuff omfg.

[@joepie221]

I had to include that. A little out of character, but it works.

[@perolovson1715]

Option 3. Pleas! Thank You for most educational videos!

[@melbrooks5816]

All three would be great. Seems like it would be a natural progression of skill and set-ups. Thanks for all of your hard work Joe. There are plenty of us in Australia who keenly follow your channel

[@joerogi8401]

# 4 - All of the above. 😊 Thanks Joe, great stuff !

[@jimafcarbon4433]

I'd be happy to see your approach on any or all of the options. As an aspiring hobby machinist I really appreciate all that you do. While enjoying your videos and techniques, I can only hope some of the younger generation is absorbing even just a tiny bit of the knowledge you are so generously handing out. Thank you sir!

[@joepie221]

Me too.

[@jamessherrill3454]

Joe, great video as usual. You have helped me with this rotary series understand the use of my table amd for that I thank you. I chose nuber three for the next video. Thanks again Joe!

[@boblasley5640]

I would agree with option 3 being the most interesting. I suspect that is the option you thought most would want to see. Thanks Joe!

[@johnswilley6764]

Hey Joe! I hope that we get to see #3, it appears to be the most interesting, and complex option. And thank you very much Sir!

[@slausonm]

#1, but I’ll watch as many videos as you produce.

[@stevecanny1583]

Definitely #3 Joe! We have a pair of Frenchies, a brindle male and his black Mom. The son is a handful but we love them both of course :)

[@joepie221]

Very energetic. I am going to post a video of her shredding a beer box. She hates those and goes ballistic when she gets one.

[@257wbymag]

Thanks for all of the great videos Joe. I would like to see #3

[@danr.6882]

All of the above !!! Yet another great video. Thank you Joe, for all the time you put into helping others learn new tricks. Love your channel.

[@brucematthews6417]

I vote for #1 because it's typical of spoked flywheels used on model engine projects and that would be very slick to see your take on making the parallel spokes.

[@fredgenius]

Thanks again Joe, great video. Loving this series about rotary tables, even though it'll be a couple weeks before I have one, but I'll be ready when it arrives, fuelled with enthusiasm and your imparted knowledge. Don't care which of the three you make next, maybe start with the simplest?

[@rogerpemberton79]

3 seems like it would be the most difficult so 3 it is.

[@madsighntist14]

Option #3 intrigs me the most!

[@JD-qv5qf]

All three would be nice but if I have to pick one,#3. Great channel Joe!!! Keep it up. I’m a PhD chemist and a hobby machinist. U certainly have your PhD in metal working.

[@ddcd53]

Hi Joe, great video. I look forward to seeing any video you produce. I vote for #3, but would also like to see how #1 and #2 are done even in a short quick video. Thanks for sharing your knowledge with us. Dan

[@jimsvideos7201]

Irreverence aside I appreciate all the time and trouble you put into sharing your experience with us; I've learned a lot.

[@justinsherman9018]

Just in time. Always great stuff, Joe.

[@stephenmurray2335]

Love to watch you work Joe. Option #3 please - it looks to be the trickiest!

[@rinklestiltskin]

You always guess right-No. 3 it is!

[@foam_blaster]

# 3 looks the most interesting I think. learned so much from your channel, keep up the good work !

[@aldenhoot9967]

I’d be thrilled with any one of ‘em, but voting for 2.

[@bulletproofpepper2]

The pump impeller please, all are awesome for All the right reasons. Great videos on the rotary table!!!

[@VladekR]

1 & 2 & 3 will watch all of them, thank You!!!

[@bruceanderson9461]

Dog lessons for people: be loyal and faithful - be quick to forgive - run and play daily(in your shop)! Glad to see your new dog! I would have you do 3-2-1-s shaped spoke as used in many steam engines. I would rather see just enough of each pattern so we know how to do it and have you show us more patterns. Great series!

[@rdick218]

#3 please!!!! Thanks so much for the education!

[@James-fs4rn]

Thanks for the old school series!

[@ianmorcott3113]

Hi Joe, 2,1,3 would be my preference. Thanks for the great series!

[@andyjohnson4485]

#3 has me intrigued!

[@chuirios365]

Never in all my years in the business leaned that trick! Awesome Joe!

[@rodneyb2640]

[thumbsup] for thoughtful poling on the topics desired by the audience.

[@tonymills7178]

Number 2 please Joe, always a joy to watch

[@ShadonHKW]

I would expect no less than #3 from you :)

[@HybridiHippo]

My vote too is also #3

[@joepie221]

Thanks Stan. It already has my vote.

[@jimsvideos7201]

There's always lots of brains in your videos, but I didn't know I'd get a chance to see them!

[@robertsears2762]

Nesdge Polska, Nesdge Nowa! Machinists that have this knowledge base are now far and few between. Joe, It's encouraging for you to pass along these tricks and tips. Hopefully these educational videos will be enlightening to young "programmers" and become aware of how things were once accomplished. Very well done videos and greatly appreciated.

[@firearmsstudent]

#3! I've wanted to build a centrifugal jet engine, and you kind of need one of these to make it.

[@justindawson3634]

This is such a good series. Thanks for taking the time to share. #3 for me!

[@welcometothemachineshop466]

Great video, definitely option #3 !

[@dralexmclean]

DEFINITELY #3, and GREAT ideas in these videos, thanks for spending the time

[@ls2005019227]

Great info as always! #3 appears to be the most interesting, but would enjoy any/all. Thanks!

[@ld2934]

All 3 please. Great video.Thanks.

[@woodscreekworkshop9939]

I always learn something from your videos. Thank you!

[@mtslyh]

It looks like #3 is going to be the choice, but could you do a quick overview of how to do #1 and #2 anyway?

[@thomaskessler4585]

Hi Joe, all three of them are interesting, but to make a choice, I vote for #3 ;-)

[@ROBRENZ]

Good stuff again Joe, #4 :-) ATB, Robin

[@frogdavw9699]

I vote for #3 if you please. Thanks for all the wonderful videos, you have taught me a lot and the parts I make in my garage show it

[@wernerberry7800]

Would love to see 3 Buddy! Thanks so much for sharing your tips and tricks!

[@SandBoxJohn]

Another vote for 3, I'm no machinist, but it looks to me like #1 and #2 would be pretty simple. You might also might want to use your lighting rigs for your camera(s).

[@sirhammerhead800]

Hi Joe I gotta agree with the majority on number 3 . I’ve always been curious as to how I would do this when the time came. Great videos with lots of information, keep up the good work!

[@RagsdaleCreek]

Any one will do just like a teacher i can understand. Never did much with a rotary table in my career. The cnc mills and lathes took that work away at out plant. Always look forward to your videos. Watching in Alabama!!

[@v10squirrel]

Thank you joe #3 has my attention

[@allankorte3753]

I would most like to see the 'water pump' impeller version. It's the hardest for me to imagine how it's done correctly. Thanks, Joe.

[@michaelmurray3422]

#3 looks like fun !!!!!

[@dalegriggs5392]

#3 Joe. The impeller is a common device. I actually made one out of wood. I’ve been unsatisfied with the commercially available dust collection system. None seem to have the suction value that really remove the sawdust adequately. Many factors are evident in a wood shop that curtail effectiveness even further. Having worked in HVAC for most of my career the proper movement of air and air delivery was a key factor in the efficiency of the industrial and home systems I built and serviced. I first made an impeller that was sixteen inches in diameter with four inch tall veins. It worked very well but was way too big and I was fearful of it sucking my tools off the wall! (Bigger is not always better in some cases. I scaled it down to twelve inches, adjusted the curvature a bit and it does very nicely. I found I could bring the rpm way down and still have tons of suction to move the heaviest particles.

[@Cenedd]

Hi Joe. I did something similar for lighting but I used a spare mag base as you can mount it anywhere then. Used an 18650 cell powered focusable torch (but dive lights might work if you like overkill!) for the lack of wiring in the way and then it's good for lighting up a bore on the lathe. Spot face the torch, tap and drill it and just screw the goose neck straight in with a spot of Loctite 638 to compensate for not enough threads...but that's what you get when you mill without planning ;-) I'd like to see option 3. No particular need to machine any of them at the moment...it just looks interesting. I'd love to see a video on material selection if you have the time and inclination. I'm stuck with not knowing what steel is strong enough or suitable for particular purposes like shafts or lathe tools. Probably over-thinking things is the problem but over-engineering definitely is! Cheers Joe. Appreciate your videos.

[@WeTrudgeOn]

Back in the old days, I used to get "The Home Shop Machinist" magazine the late great home shop machinist, Rudy Kauhaupt did a series of articles on making a flywheel with S-shaped spokes on the rotary table. I followed along and made one just for the hell of it, THAT was an adventure so I pretty much know what's coming up with #3.

[@peterheuts7738]

My vote goes to #3. Great series!

[@Zrambo49]

Looks like #3 is the choice of most, All 3 would be my first choice, #1 would be interesting.

[@paulstropkey4516]

I would like to see number 3 and in the future the other two. Might sound greedy but I love all your videos can’t get enough!

[@byronwatkins2565]

Spiral spoke. You've already taught me to do the others.

[@marcellemay7721]

Another vote for number 3 , #1 would be my second choice. #2 is the easiest in my mind.

[@cuttingtooldesigner]

Do number 3 the impeller. Always great videos Joe. Keep them coming.

[@elkodude]

I vote for #3 Joe.

[@martybadboy]

I ordered an alignment tool as a thank you for the videos. Long after the t-shirts and keychains are gone, I will still have the Pieczynski alignment tool!

[@joepie221]

Thank you very much. I used it for the pointer relocation bracket I just did on my rotary table, it makes setup so fast. You're going to like it.

[@richgage6510]

Great video as always Joe. Thankyou. #3 please.

[@robertoswalt319]

My vote is for number one since I would like to make some flywheels in the future. I would also like to make some flywheels that have curved spokes so seeing how to make number three would come in handy and instead of making a positive feature I could make it a negative feature. Thanks for these great videos.

[@jeffanderson1653]

Joe, I am enjoying all the rotary table videos. I own a Sharp LMV and now a 10” rotary table. Now I need to learn how to use the RT. Please show us how to cut those spokes/vains Thanks, Jeff

[@troyadamson6671]

Really like the series, would like to see all 3 to have as a reference.

[@afpienaar4604]

Hi Mr Pieczynski My side hobby is identifying professionally trained machinists You are definately one of the top three Thank you for sharing your skills My advice to viewers is to watch for small details like neatness and general cleanliness because those traits were hammered into appretices by demanding masters

[@joepie221]

Thank you very much. I have always said its easier to keep it clean than it is to make it clean.

[@williamburton2995]

I'd like to see all three, mostly because for some reason there seem to be very few KZbin videos showing rotary tables actually being used to make something--most videos seem to be about how to quickly center them--and as a new rotary table owner I'd like to see the whole process--from beginning to end--a few times. I'm sure this would be too elementary for many viewers, so if I have to choose one I'll go with #1or #2, which look like something I might actually need to make sometime. I have a question that is pretty basic (and probably obvious to anyone who has actually used a rotary table or seen one used): when you mount the rail on the rotary table I assume the idea is that you're aligning it with the Y axis. Am I correct that you are doing that by mounting the indicator on the spindle and running the indicator along the rail while moving the table in the Y axis?

[@joepie221]

Correct. The stop rail is aligned with the table axis of your choice.

[@bentrueblood8144]

I love your videos, Joe, I am always learning about easier/better or just different ways of setting up. As far as the upcoming project, anything you show us will be cool. But the slinger does look a little trickier than the others, lots of repositioning and re-establishing centers.

[@joepie221]

#3 just requires a little more setup and prep. Stay tuned.

[@owpeterj]

@@joepie221 Right then - 3. Haha. Ben T here's a bit more savvy -nuf said

[@pikaraportti]

Definitely number 3 thanks Joe!

[@ChrisB257]

More great stuff Joe - thank you. :) #3 looks well worth seeing, although other 2 are also candidates even!

[@bobboldman1189]

I am fascinated with #3 though it looks like once set up its ready to go, however #2 has my vote do to the flair and turns which has more adjustments!

[@Doug_Edwards]

Joe, I am intrigued with seeing how you would do #3, but I would also like to see #1 and #2 just because I don't do them very often, and I would like to see if there is anything I am missing. Great content as always.

[@johnv341]

As usual... awesome video Joe. Great hints. No 3 for me please. Love your dawg.

[@rlsimpso]

#3, but all three would get a watch and thumbs up.

[@ericgabriel3679]

3 please great tips love the fix on the rotary table

[@ckvasnic1]

2 and 3.... Please! Thank you for sharing your time and many tallents!

[@MyHeap]

Great stuff Mr. Joe. I vote for #3

[@gyromike1966]

I'll watch all three, but I really want to see #3.

[@outsidescrewball]

enjoyed....sign me up for the Bonus package...all 3...lol

[@joepie221]

Hey Chuck. i may just have to do that. Thanks for checking in.

[@Amaysing79]

Behind door # 3 Thanks very much Joe.

[@flatheadronsgarage7345]

Well Joe, I would be watching regardless of which one. I need to learn. They’re all a good learning experience and I can watch over and over till I get it. I learn from you, doesn’t matter what you do......with your clear explanation I always learn something new. Thank you Sir. 😁

[@joepie221]

I plan to do all 3.

[@glennfelpel9785]

Number 3 please but still would like to see the differences in set up for the others as well. Thank you :-)

[@edgarpryor3233]

#3 looks the most challenging, #1 would be more likely for me to copy. This is the first and only video I've watched of yours...subscribed.

[@joepie221]

Thank you. Welcome.

[@AussieBlueDog87]

Ok, you seem to be gifted with telepathy. Just bought my first mill, and doing some test projects. And T nuts is one of them. Love the idea of the two seperate sized threads. Second was the light idea at the end. Might borrow that one too. Cheers Mr Pie. Vote number 3.

[@fernanjs]

Keep up the great work Joe! I vote for #3

[@robertl8832]

Being a Jigborer by trade going back to the 60's, most of the parts we fabricated had to be accurate to a few tenths of a thousandth so of necessity we had to use an indicator to set stuff up. Pick up the rotary center, set milling machine zero, then clamp part lightly. Tap the part around with a piece of wood or plastic until the part hole coincides with the rotary center, tighten clamps. Straighten part by rotating table until the part zeros the whole length. Set a zero on the rotary table and you are good to go! Bob L