Built a few similar to these with just some 1/2" plate. Turned some shafts, pressed on the bearings and welded the shafts to the plate. Absolute life saver! I move my bridgeport around the garage with 2 fingers!
Nice clear video and great result. I enjoyed watching your build. You'll be happy with those for years to come. I'm quite far along with my own set coincidentally. I'm using some rectangular section which is not as dimensionally consistent as the channel iron you have, but so far it's been workable. I found some cheap Exacto wheels locally, read plastic wheel with 2x 6204 bearings inside. I'm told good for 400kg per wheel (about 880lb). I'm making two types, the follower type (there are two), and one leader type with 4 wheels outside the platform and a rotating pad. The follower type has two wheel inside the section. I also want to easily re-arrange my machines wheneverneeded. After this a toe jack project ... thanks, glad I could see your build.
Yeah that was a thought, but didn't get to it. Was thinking about a ball and socket joint on top, so a machine could rotate, and then a handle to attach to the front axle. Something to think about.... ----Aaron
One suggestion I would make would be 'soften' the corners and ends of the channel a little, the lower corners in particular appear to be a bit bitey, otherwise an interesting and well conducted job.
I was disappointed by the lack of your usual intro, Years ago I built some skates that failed. But I was using them to move a rail road box car and there was unexpected lateral movement that shattered the bearings. My bearings were undersized for the job when combined with lateral movement they were destined to fail. I do like the project and look forward to seeing their use. Again you built an interesting and useful project. Thank you Shalom
taurus dragon thanks I’m working on all three. And thanks for sharing your twitter handle- sometimes hard to connect who’s who between social media platforms.
That would be a great addition. I made more skates to move my new lathe and drilled and tapped the top of all the skates for 1/2-13. That allowed me to bolt the skates to the bottom of the lathe so they wouldn't wander away on me. Plywood is a great gripper between metal surfaces.
Thanks for the video! BTW you can probably use 10X less lube on the small drill bits; all that matters is the film on the tip and sides. The rest just spatters and makes a mess.
Just saw this, but I made some skates similar to these, but longer. I will caution you against using 4 of them, it's easy for one to slip out if the floor is uneven. Best to use either 3 or 2 longer ones like I use. See this post on PM. www.practicalmachinist.com/vb/general/mini-pivot-machine-skates-design-adopted-robbies-machine-service-269080/ Been almost a year since you posted this video, I'd be curious how 4 are working out for you.
Built a few similar to these with just some 1/2" plate. Turned some shafts, pressed on the bearings and welded the shafts to the plate. Absolute life saver! I move my bridgeport around the garage with 2 fingers!
Nice job, now if I only had a concrete floor in the Tin Barn. :-)
Nice clear video and great result. I enjoyed watching your build. You'll be happy with those for years to come. I'm quite far along with my own set coincidentally. I'm using some rectangular section which is not as dimensionally consistent as the channel iron you have, but so far it's been workable. I found some cheap Exacto wheels locally, read plastic wheel with 2x 6204 bearings inside. I'm told good for 400kg per wheel (about 880lb). I'm making two types, the follower type (there are two), and one leader type with 4 wheels outside the platform and a rotating pad. The follower type has two wheel inside the section. I also want to easily re-arrange my machines wheneverneeded. After this a toe jack project ... thanks, glad I could see your build.
Thanks for checking it out. Seems like you’ve got a good handle on the various design needs that might help you.
And the "sunny in philly" theme reeled me right in! 😀
Andrew Probst haha yeah I have watched the entire series at least 15 times so this was a natural fit for me 😀
Very nice skates, it's good to see another Phoenix machinist/youtuber
Nicely done. And I like the video style.
I've been following the IG post. Now watching the video. Great stuff, keep it up!
Andrew Probst thanks Andrew! I’ll be adding more as often as I can.
Excellent. Gotta make some now.
Good job! Subed! Ever think about adding a swivel and long handle to the front skate so you can pull and turn the machine?
Yeah that was a thought, but didn't get to it. Was thinking about a ball and socket joint on top, so a machine could rotate, and then a handle to attach to the front axle. Something to think about.... ----Aaron
One suggestion I would make would be 'soften' the corners and ends of the channel a little, the lower corners in particular appear to be a bit bitey, otherwise an interesting and well conducted job.
Nice job 👍🏻
Dear colleague hello can you give me the link ..for ,ebay, to buy these wonderful cheap bearings thank you
do the bearings leave any marks on the concrete ? i mean do they "sink" a bit ?
Hi Aaron, I will be making me a set very soon ! Thanks, David A. Bayer
have you thought about putting a swivel on the top for making turns ?
I did think of that and just didn't get to it. Would certainly make them better, wouldn't it?
@@AlwaysSunnyintheShop yes it would
what size bearings were these and the load they can handle? i was thinking of using a 6204 bearing which with just 4 per skate should handle 4k lbs.
I was disappointed by the lack of your usual intro, Years ago I built some skates that failed. But I was using them to move a rail road box car and there was unexpected lateral movement that shattered the bearings. My bearings were undersized for the job when combined with lateral movement they were destined to fail. I do like the project and look forward to seeing their use. Again you built an interesting and useful project. Thank you Shalom
Nice Job!
Thanks Herb!
Great video. Are you happy with the new layout?
Patrick Pirtle so far so good! Have to reorganize tools in all the boxes since I’ve put it off forever.
enjoyed....I hit the sub button...
outsidescrewball thanks Chuck! Come on back for more content soon.
Get you a set of gauge blocks. Would make grove placement much easier and faster.
Solid!
Is the form tool you used for the retaining rings a modified parting tool?
Nice lighting, sound and camera work! Well done!! (I'm @tigwelder on Instagram).
taurus dragon thanks I’m working on all three. And thanks for sharing your twitter handle- sometimes hard to connect who’s who between social media platforms.
add some 1/4 tall pins on top and put a piece of 1/2 plywood on pins , it will be much easier to keep skates under machines
That would be a great addition. I made more skates to move my new lathe and drilled and tapped the top of all the skates for 1/2-13. That allowed me to bolt the skates to the bottom of the lathe so they wouldn't wander away on me. Plywood is a great gripper between metal surfaces.
Do you prefer anchorlube over regular cutting oil. Thanks
Nothing wrong with Anchor Lube but I prefer cutting oil.
how much weight would these hold up?
first bump bearing shell will crack and fall apart
I've used them several times and bumped them around under load and no failures. Hopefully my good luck continues.
That long drill was ground uneven.
pretty cool
I liked the song
8
Sir, please upload this design of load bearing and others.
This is very useful to us please
Amazing
Liquid Steel. Available from Chief Engineer Montgomery Scott, USS Enterprise.
Two years late, but I think you mean Transparent Aluminum
what brand chuck is that?
The lathe chuck is a Jacobs Rubberflex collet chuck, and in the mill it's an Albrecht keyless chuck.
you should have a barrier between you and the press, cheaper than a thunk to the head
Thanks for the video!
BTW you can probably use 10X less lube on the small drill bits; all that matters is the film on the tip and sides. The rest just spatters and makes a mess.
Hi, how do you measure weight it can hold?
I don’t really have a way to do it. I’m sure an engineer could calculate it, but I don’t have that skill.
I see, no problem. thank you 😁👍🏼
@@JustaCuriousity If they break, it is too heavy
Bagus
American made servo model 200 on the knee
Just saw this, but I made some skates similar to these, but longer. I will caution you against using 4 of them, it's easy for one to slip out if the floor is uneven. Best to use either 3 or 2 longer ones like I use. See this post on PM. www.practicalmachinist.com/vb/general/mini-pivot-machine-skates-design-adopted-robbies-machine-service-269080/
Been almost a year since you posted this video, I'd be curious how 4 are working out for you.
what is that attachment on the lathe chuck called I have never seen one like this before
The collet chuck? It is a Jacobs Rubberflex chuck.
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