I do not do casting, but have limped along without jacks for far too long. I think I am going to make some out of Hex stock, not as classy as your efforts, but I have never been disappointed when I upgrade my shop following your ideas. last night watching another RUclips channel on lathe dials, I remembered that my dials are what they are because of one of your videos. you are building a legacy that is going to live a long time Lyle.
Just an afterthought comment. I was sitting on pins and needles when you pressed that insert into the jack body. I keep a couple of cans of computer duster (canned air) in my shop. If you turn then upside down and spray you can super cool, even freeze an item and it will shrink. Set it up in the vise then spray it until it frosts over then press in. I learned this when I had an axle bearing race spin and lock inside the housing on my Jeep. I didn't have a tool to remove it and I got the brilliant idea to try the duster. I sprayed it until it was completely frozen, hit the outside of the housing with my heat gun and pulled the race out with my fingers (inside a glove of course). I use this all the time when I have a bearing to press in that is going into a fragile housing. Works great.
The jack is looking good, Tubalcain. Watching all these foundry videos it's made me dedicated to being able to cast. I've started the search for a sand muller, as I can fabricate the foundry bench and flasks. Petro-bond sand is available and I can build the furnace. The muller seems to be the trick of it all. Really appreciate these videos Tubalcain, it has motivated me to do so much more in my shop. Thank you!
Even though most of us don't have a 3D printer or a foundry, it's a great inspiration. With my Atlas lathe I could get some steel round bar stock and make them. Starting from the base, leave a 3/16" flat, then machine a 15 to 20 degree taper with the compound then turn the rest of the body round. Drill and tap the hole and you're done.
For those of us without a lathe or foundry - there is a way to make small jacks using standard hardware. For the body - use a coupling nut (a hex shaft which is threaded on both ends). At the bottom, one can put on a fender washer to make the base wider and more stable. For the top, a bolt and nut can be used for the adjustable part of the jack. I had some elevator bolts that I used for the adjustable part (elevator bolts have a wide flat head). The jacks are not as elegant as Mr. Pete’s but they are functional using off the shelf hardware.
Breakfast with Mr. Pete... what an enjoyable way to start the day! I’ll never make the jack stand for ALL three reasons you gave, but it gives me immense pleasure to watch you do it... thank you very much.
Morning Mr.Pete ... i dont think i could start my BIRTHDAY any better man ! THANKS YOU AND YOURS for everythings man all the inspiration and all the machinists youve helped to create ... TBH i think thats your greatest creation : The love , and drive to learn and make and create. Ive read all about your brother and your father as well... ITS mind blowing to see that much talent in one bloodline (NOT TO MENTION YOUR SON :P ) as always LOVE AND ADMIRATION from Canada!
3D printer ✅ Home Foundry ✅ Necessary Files ✅ Metal Lathe ❌ I attribute the last one to living too close to Mr. Pete... but still working on it! Thanks for the video!
I have everything I need to make these - except the time at the moment. But I will put them on my to-do list nd make them eventually! Thanks for the ideas (and the files).
Home Run,,,no cracks,, and funny how the 5/16 hole work out,,,got'a lov it,, It 14 on the 14th and Snowing in TX....I should have bought a Lotto Ticket,,,Bear
Hey mr Pete could you sell some of the casting because I’m 12 and my mom won’t let me have a foundry but I do have a hardinge lathe to machine them on?
I wonder if it might be worth milling a couple flats onto the upper moving part of the jack to make adjustment a little easier. Great project Mr Pete! I really love how the 3D printing can be used to cut out so much labor
OK Mr.Pete, I received my BreakHeart Tool expandable mandrel set today from Jim. Really a nice tool, and made in USA. BTW: you're costing me some money: I've been trying to follow your advice about buying a tool every payday........
Brass or bronze would look very nice, and functional as well with steel threaded inserts pinned into place, and utilizing threaded rod witha swiveling top.
Fusion is a daunting program but so powerful for makers. I’m using some of my “covid time” to try to get up to speed on it (as opposed to the “just enough to get by” approach I’ve been using). Hope to try some foundry some day. Just need a place for it
Thanks for an inspiring video. Being short of all the leading steps I guess grabbing a suitable round stock of steel will have to do, or aluminum. Thought about making a rather low jack and addons to put under its base to increase the range of it.
Mr. Pete would you be able to sell some casting because I’m 12 and my mom won’t let me get a foundry but I just got my first lathe that I could machine it on.
Sure glad it didn't crack on you when you were pressing. I imagine you use mostly aluminum cans in your melt and that is a very ductile aluminum so it will have a lot of give before it cracks.
Excellent video Mr. Pete. What if you heated the casting a bit before the press fit? Depending on tolerance the threaded section could drop in with little or no effort and remain very secure at room temperature.
Ok, so a press insert is easier than a cast-in insert. Unless a steel/brass blank is cast-in (the ultimate shrink fit?) and machined after? Heading for my second cupola now. . .
Another good one! Could a part like this be made from the sprue and save all the effort of making a split pattern? Ram up sand in a form then drive in a jack shaped sprue then pour.
This was obviously a quality product the way you made it. Still I cannot help but wonder if you had simply threaded the aluminum if that would not have been all you needed. How about you do a test and see how much weight they will hold up both ways?
At the start you mention the suggestion of using a "steel threaded insert" (which you did)... later you refer to "not making another bushing" (same as insert)... I wonder if you actually made those bushings/inserts or did you buy them? The closest thing I find to purchase is called a threaded rivet nut which looks to be a functional equivalent to your insert/bushing. Wonder if you think a large rivet nut would hold up, I found 3/8-24 ones with 1/2" diameter and a smallish top flange/shoulder. Thank you! Great videos, watched all 4 numerous times.
11:51 You sawing off the end piece reminds me the story you told of the student you had that only used 2" of a hack saw blade when cutting. Lol. What was his nickname again ? Thanks.
One of our old metal shop teachers would often walk up behind a student and ask 'how long is that hacksaw(or file)? When he got the answer he'd then ask 'so why are you favouring just those couple of inches of the bkade'
I have a micrometer that was my grandfather's, it was left in a unheated shop, it is made by Starrett (no. numbers) how can I email you a photo to get your opinion on it? I used white vinegar to clean it up.
Anyone have a source for a hands on class to learn about casting? I would love to start making my own castings, but don’t want to start that hobby without some in-person training. Even just watching someone go thru the entire process and being able to ask questions about the various processes involved would be valuable.
A thought...you have used 3D printed casting bucks. Have you thought of investigating the use...machining, etc...of 'castings' that are 3D printed themselves in metal? Not all of us have home casting facilities, so (mail order) metal 3d printing could be a good alternative route to start a machining project, such as your set of Jack's?
I was wondering why they have to be split castings when the finished product has a built in draft angle; it tapers and could be cast vertically upside down it seems. the pattern would pull out
Oh yes 3D printing is the future, it’s just amazing, I was at a young age spin printing things way back then , and now they have created the 3D printers, I remember foundry in school that was fun, now days I just set around growing potato’s on my couch loll, nice thanks BigAl California, praise Jesus grace Christ amen thingaverse.
9:40 you forgot to mention you also need a mill, otherwise there is no purpose in making a machinist jack. There are easier ways to make a nice paper weight ;-)
![I.N "HALLUCINATION" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/n5B5q1Hwt_U/mqdefault.jpg)
When i was a kid Saturday morning was Bugs Bunny and Fruit Loops. Now its Mr Pete and Black Coffee. A charmed life it is.
Lol
And I miss Bugs Bunny and Road Runner on Saturday mornings!!!! Sure glad Mr. Pete came to the rescue.
I do not do casting, but have limped along without jacks for far too long. I think I am going to make some out of Hex stock, not as classy as your efforts, but I have never been disappointed when I upgrade my shop following your ideas. last night watching another RUclips channel on lathe dials, I remembered that my dials are what they are because of one of your videos. you are building a legacy that is going to live a long time Lyle.
Just an afterthought comment. I was sitting on pins and needles when you pressed that insert into the jack body. I keep a couple of cans of computer duster (canned air) in my shop. If you turn then upside down and spray you can super cool, even freeze an item and it will shrink. Set it up in the vise then spray it until it frosts over then press in. I learned this when I had an axle bearing race spin and lock inside the housing on my Jeep. I didn't have a tool to remove it and I got the brilliant idea to try the duster. I sprayed it until it was completely frozen, hit the outside of the housing with my heat gun and pulled the race out with my fingers (inside a glove of course). I use this all the time when I have a bearing to press in that is going into a fragile housing. Works great.
The jack is looking good, Tubalcain. Watching all these foundry videos it's made me dedicated to being able to cast. I've started the search for a sand muller, as I can fabricate the foundry bench and flasks. Petro-bond sand is available and I can build the furnace. The muller seems to be the trick of it all. Really appreciate these videos Tubalcain, it has motivated me to do so much more in my shop. Thank you!
👍👍👍
I keep learning things I'll never use, but its fun... Like hanging out with my DIY dad and his DIY friends so MANY decades ago.
👍👍
Ted did a super nice job on the designs. He has really come a long way on using Fusion 360. Those jacks are really nice. Thanks Lyle for sharing.
Breakfast with Mr. Pete, doesn’t get any better than that. Great project, I’m going to have to make some.
Even though most of us don't have a 3D printer or a foundry, it's a great inspiration. With my Atlas lathe I could get some steel round bar stock and make them. Starting from the base, leave a 3/16" flat, then machine a 15 to 20 degree taper with the compound then turn the rest of the body round. Drill and tap the hole and you're done.
“360 confusion”, pure hilarity! Thanks for taking the time to share.
For those of us without a lathe or foundry - there is a way to make small jacks using standard hardware. For the body - use a coupling nut (a hex shaft which is threaded on both ends). At the bottom, one can put on a fender washer to make the base wider and more stable. For the top, a bolt and nut can be used for the adjustable part of the jack. I had some elevator bolts that I used for the adjustable part (elevator bolts have a wide flat head). The jacks are not as elegant as Mr. Pete’s but they are functional using off the shelf hardware.
Good morning Mr. Pete, Coffee is ready and so is shop class.
360 confusion that was good for a laugh. The links to other videos is very good.
"be sure and tune in for the Exciting Conclusion in part 2". I'm on the edge of my seat. Another Great Video!!
Breakfast with Mr. Pete... what an enjoyable way to start the day!
I’ll never make the jack stand for ALL three reasons you gave, but it gives me immense pleasure to watch you do it... thank you very much.
Glad you enjoyed it
What better way to wake up and see a new Mr Pete video! Great job Mr Pete
Geeze, now I have to buy a set of those expandable mandrels. Looks slick.
I always enjoy shop class. Thanks for what you do.
Thanks for watching!
Thank you Mr Pete.
Have a great weekend and stay safe if you are getting the ice that we are getting right now.
We got 2" of snow last night
Tubalcain, machining, and good coffee. Thanks Lyle for the great video. See you next time.
You bet
I always enjoy the casting videos.
Well, actually I enjoy all the videos, but you get the point.
Thanks!
I don't own a machinist tool to my name, but really enjoy watching Mr. Pete.
Thanks
Great job mr Pete as always.
Great video, keep'um coming.
Thanks, Mr. Pete - loved the Earl Scheib reference!!
Good day Mr Pete. No coffee now it's in the PM and looking forward to part 2 in a couple of hours. 73
Morning Mr.Pete ... i dont think i could start my BIRTHDAY any better man ! THANKS YOU AND YOURS for everythings man all the inspiration and all the machinists youve helped to create ... TBH i think thats your greatest creation : The love , and drive to learn and make and create. Ive read all about your brother and your father as well... ITS mind blowing to see that much talent in one bloodline (NOT TO MENTION YOUR SON :P ) as always LOVE AND ADMIRATION from Canada!
Happy birthday!
Thank you Lyle another great Saturday morning
I vote for Mr. Pete to make a how to assemble a home foundry video!
3D printer ✅
Home Foundry ✅
Necessary Files ✅
Metal Lathe ❌
I attribute the last one to living too close to Mr. Pete... but still working on it!
Thanks for the video!
👍👍
I have everything I need to make these - except the time at the moment. But I will put them on my to-do list nd make them eventually! Thanks for the ideas (and the files).
👍👍
Great Saturday morning viewing. I enjoyed breakfast while watching. Thanks, Mr. Pete! :-)
Another great video. Looking for part 2 down the road. Thanks Mr. Pete and take care.
Morning, Lyle. Nice little jack!
Good Morning, Mr P!☕
I like the extra credits!
Thanks for sharing Mr. Pete!
I had forgotten about those mandrels. I have a few similar types in aluminum, but now I'm thinking that making a set would be a good project!
You should!
Fun video! Always a pleasure watching you at work!
Home Run,,,no cracks,, and funny how the 5/16 hole work out,,,got'a lov it,, It 14 on the 14th and Snowing in TX....I should have bought a Lotto Ticket,,,Bear
Enjoyed this so much looking forward to part two 🙂🙂 👍👍
Tool making is great fun to watch!
Thanks for the video, watched until the end by the way.
Well I have the 3D printer, just need the casting equipment and a lathe. Still very entertaining to watch,loved the expanding mandrel set.
And you need a mill, because otherwise the jack would just be a pretty paper weight.
Hello Mr. Peterson,
A good job done... thank you. See you in Part two.
Take care.
Paul,,
Great project!, Thanks Mr Pete! 👍🇺🇲
THANK YOU...for sharing.
Hey mr Pete could you sell some of the casting because I’m 12 and my mom won’t let me have a foundry but I do have a hardinge lathe to machine them on?
Thanks, Mr. Pete... I'm waiting on tenterhooks (I think that's the right word ;-) )
Thanks for another great vid, Mr. Pete!
Don't worry about the video being too long.
RUclips just drop an advert in to breakup the monotony.
Errr making it even longer.
I wonder if it might be worth milling a couple flats onto the upper moving part of the jack to make adjustment a little easier. Great project Mr Pete! I really love how the 3D printing can be used to cut out so much labor
OK Mr.Pete, I received my BreakHeart Tool expandable mandrel set today from Jim. Really a nice tool, and made in USA. BTW: you're costing me some money: I've been trying to follow your advice about buying a tool every payday........
You will enjoy using it
Thank you.
Tack.
Brass or bronze would look very nice, and functional as well with steel threaded inserts pinned into place, and utilizing threaded rod witha swiveling top.
Fusion is a daunting program but so powerful for makers. I’m using some of my “covid time” to try to get up to speed on it (as opposed to the
“just enough to get by” approach I’ve been using). Hope to try some foundry some day. Just need a place for it
I have to make a few of them. Thank you again
Referring to it as "360 Confusion" has some real AvE energy...!
Well do I need to start casting too.... well have to think about it, done on eBay now.
I hope 'hacksaw Melvin' was watching you 😂. Mike
Thanks for an inspiring video. Being short of all the leading steps I guess grabbing a suitable round stock of steel will have to do, or aluminum.
Thought about making a rather low jack and addons to put under its base to increase the range of it.
Mr. Pete would you be able to sell some casting because I’m 12 and my mom won’t let me get a foundry but I just got my first lathe that I could machine it on.
Another good idea for the installation would be preheat the aluminum before pressing the insert in
Beat it with a stick Mr. Pete.
We're watching.
Nice job.
Thanks!
Wonderful!! I was just pondering the other two project videos. I'm going to make some of these. Next make a steady rest?😁
Sure glad it didn't crack on you when you were pressing. I imagine you use mostly aluminum cans in your melt and that is a very ductile aluminum so it will have a lot of give before it cracks.
Never never never ever use cans or extrusions
Excellent video Mr. Pete. What if you heated the casting a bit before the press fit? Depending on tolerance the threaded section could drop in with little or no effort and remain very secure at room temperature.
Nice, thanks for sharing
Ok Mr Pete many of us do not have the facility to do castings so how about making some with the need for casting
One thing trickier than this is getting the porridge to the right temperature. :)
Ok, so a press insert is easier than a cast-in insert. Unless a steel/brass blank is cast-in (the ultimate shrink fit?) and machined after? Heading for my second cupola now. . .
Another good one!
Could a part like this be made from the sprue and save all the effort of making a split pattern?
Ram up sand in a form then drive in a jack shaped sprue then pour.
-hand raises in the back row-
“Mr. Pete - what do you think about using sash weights as turning stock for things like this?”
Terrible, virtually unmachinable, I have tried it
@@mrpete222 ok, I will just keep them as weights for gluing wood then. . . THANK YOU!
Wish I could cast also...
I can use aluminum bar and make them straight.
Cool video..
This was obviously a quality product the way you made it. Still I cannot help but wonder if you had simply threaded the aluminum if that would not have been all you needed. How about you do a test and see how much weight they will hold up both ways?
At the start you mention the suggestion of using a "steel threaded insert" (which you did)... later you refer to "not making another bushing" (same as insert)... I wonder if you actually made those bushings/inserts or did you buy them? The closest thing I find to purchase is called a threaded rivet nut which looks to be a functional equivalent to your insert/bushing. Wonder if you think a large rivet nut would hold up, I found 3/8-24 ones with 1/2" diameter and a smallish top flange/shoulder. Thank you! Great videos, watched all 4 numerous times.
Thank you for watching, I made the inserts
2:47 360 confussion :))
I like it, I just wonder if you could put one of your inserts in one of your 3D patterns?
I know exactly nothing about casting but is there a reason why its a split pattern and not simply cast vertically?
Same here.
How hard would it be to cast a single piece mold instead of two piece split mold cause it has plenty of draft
11:51 You sawing off the end piece reminds me the story you told of the student you had that only used 2" of a hack saw blade when cutting. Lol.
What was his nickname again ? Thanks.
hacksaw Melvin
@@mrpete222 Thanks, that was a funny story you told about Melvin.
One of our old metal shop teachers would often walk up behind a student and ask 'how long is that hacksaw(or file)? When he got the answer he'd then ask 'so why are you favouring just those couple of inches of the bkade'
@@howardosborne8647 Just like people that use a hammer and always choke up on the handle and never take full advantage of it.
I have a micrometer that was my grandfather's, it was left in a unheated shop, it is made by Starrett (no. numbers) how can I email you a photo to get your opinion on it? I used white vinegar to clean it up.
how good are those thick risers for machining? I'm thinking about saving money using every scrap.....
Not bad
Anyone have a source for a hands on class to learn about casting? I would love to start making my own castings, but don’t want to start that hobby without some in-person training. Even just watching someone go thru the entire process and being able to ask questions about the various processes involved would be valuable.
Lyle, honestly, if they don't like how you do things, tell them to go make their onw channel and do it how they want.
You could make a jack out of the risers !
A thought...you have used 3D printed casting bucks. Have you thought of investigating the use...machining, etc...of 'castings' that are 3D printed themselves in metal?
Not all of us have home casting facilities, so (mail order) metal 3d printing could be a good alternative route to start a machining project, such as your set of Jack's?
Great idea
Mr Pete, you should do a 3D printer build!
I was wondering why they have to be split castings when the finished product has a built in draft angle; it tapers and could be cast vertically upside down it seems. the pattern would pull out
If done vertically, the holding spigots on the ends would be tapered and useless
Oh yes 3D printing is the future, it’s just amazing, I was at a young age spin printing things way back then , and now they have created the 3D printers, I remember foundry in school that was fun, now days I just set around growing potato’s on my couch loll, nice thanks BigAl California, praise Jesus grace Christ amen thingaverse.
I have the cast iron version of this little bottle jack or machinist jack
Using bernard pliers I see!
Good
Oil Scheib would have used cold water and flour
I think you will like this: Lift Arc Studios - The Craftsman Mindset
9:40 you forgot to mention you also need a mill, otherwise there is no purpose in making a machinist jack.
There are easier ways to make a nice paper weight ;-)
Will Batman save the damsel in distress? Will Penguin be foiled once again? Be sure to tune in next week. Same Bat time. Same Bat channel.
That takes me back.
Hello Sir! 😊
Toitle earl & Earl Schieb, paint any car for $29.99. We're showing our age Mr. Pete.
Earl Shiab will paint any car for $99.95!