Well done! From a number of your videos, I have already incorporated a number of your ideas in my own applications, though admittedly, not as good nearly as yours. But, they're definitely improving as a direct result from watching what you've made. Keep up the great work! Seriously, thank you for sharing!
Awesome build! Tacking parts together to drill perfectly aligned holes without lots of measuring seems genius! I had no idea you could get such powerful magnets out of car AC motors! I will have to look into this!! Hole saw at 13:21 looked red hot!! now wire that power supply to the motor on the drill so that when you turn the drill on, the vise locks, and when you turn the drill back off it releases!
Brilliant idea and fantastic build. The only design change I would make it to have a press button, and put it on the top button, so that turning it on doesn't nudge it out of place.
I believe anybody can do anything if they take the time to learn it so im not normally impressed by metal workers however when he cut those lines in the jaws freehand my jaw dropped...that was impressive...mine would look like a waffle
I wish you would add some subtitles about the material used and/or where you found certain things;i.e., the magnets, the cylinders used for the all thread, aluminum or steel, ya know just some need to know stuff. Thanks. And keep up the great work!
Thank you :) used metal plates 8 mm thick, 10 x 50 mm flat rods, 20 x 40 mm square rod, 20 mm trapezoidal screw and round nut, magnets removed from the air conditioning compressors remaining after the previous car connected in parallel, 12 V DC power supply A. When I am at home, I will make accurate measurements because I don't remember at the moment
Good idea. I wonder if it would hold for slot and milling cutters? Might be an idea to put a thin sheet of plastic under the magnet to make it easier to remove steel and iron shavings and dust. I guess they would build up into a messy pile.
From what I can tell you've got them electro-magnets wired in series... They need to be wired in parallel...so they're both working at the same potential... Don't forget: Currents divide PROPORTIONALLY in parallel... The voltage stays substantially the same... But I like the concept...🇬🇧☺️
Thank you :) dream of a lathe, but I still have many obstacles to have such a lathe, the biggest obstacle is the place, which in my workshop is lack and costs. But I will definitely try to overcome these obstacles :)
@@WorkshopFromScratch i did overcame logistics by getting a Bv21 lathe, a small but sturdy china import, later i added a Cortini H75 a mini lathe but really well made, I believe this one is something like 40 yrs old. You seem to have great crafting skills, that's why I thought a lathe would serve you well
Thanks for the inspiration! Did you need to make the collar for the thrust bearing or are they available? Maybe I’m wrong calling it a collar. Thought I might bolt my collar on, to have access to bearing and I could use a cir clip on end of acme threaded rod to retain, your thoughts?
I think I've watched every video you've made. excellent as always. I was wondering if you design & fabricate as you go or are you following plans for these builds? If you create plans for some of these projects, I'd venture to say you could make some money selling them. I'd be interested in quite a few of the plans, specifically the 2 x 72 Belt Grinder and the adjustable Drill Press table. This is my favorite channel on You Tube. Best regards.
Very nice idea. I'm now curious if that drilling setup is solid enough to drill a hole with a hole saw that didn't have a centre drill in it? I've tried it with 52mm hole saws a few times, and even some quite heafty drill presses can't keep the cutter in the same spot on the workpiece. The initial uneven tooth load on the cutter tries to walk it across the metal being cut, and rattles the whole press. :)
Magnets speed up the work many times, when I had to drill several holes in a larger element, each time I had to unscrew the vice to set them under the drill, here I do not have to unscrew anything, I set the vice, press the button, and the vise is attached
The electrical connections are not waterproof. So you shouldn't use coolant. Apart from that it is very well done. I love how you manage without lathe using simple tools.
as long as it doesn't get on the mains part of the power supply, which is a totally separate unit its fine, if it shorts the power supply will shut off and the vice will loose grip but its not going to happen with those magnets. my only observation about it is if it gets into the switch its going to bugger up the contacts
bravo excellent job , what is the power of magnets attraction? electromagnet can be found on aliexpress with different force , your opinion on the useful attraction power? cordially
You can find electromagnets on aliexpress and eBay here you have an example link: https: //m.ebay.ie/itm/A-C-COIL- CEILING-KLIMATIZATION-KEIHIN-HS110R-HONDA-/392271249687? _MwBanner = 1 & _rdt = 1 I did not measure power, but it is sufficient to withstand the overload occurring during drilling and basic grinding works. When it comes to opinions, he is happy that I can finally drill something quickly and not waste time fixing the element with screws :)
in your comment box you say "make the electromagnets more powerful I had to grind down a out one milimetra of the top surface of the electromagnets" was that really only for clearance or did it actually make them stronger? Great build by the way!!!
I have seen a lot of great ideas not just this one but they all have the same problem NO MEASUREMENTS ON ANYTHING FOR THE HOLES AND MATERIALS. So if I want to make one I would be SPENDING A LOT OF TIME trying to find out what works.
I matched the whole thing to the electromagnets that I had, looking at the variety of electromagnets, giving you the dimensions, I could confuse you because, for example, you would have larger electromagnets than I used
Czesc. Myślę zrobić z takich 2 magnesów wiertarkę magnetyczna. Jak myślisz dadzą radę takie 2 magnesy? Jaki zasilacz dałeś? 12v ile amper? Pozdrawiam Wojtek 😊
you have great Fabrication skills. About tapping with grease or lube oil. Don't. Instead, get some high sulfur oil or specialty tapping fluid. The difference is enormous
Bravo sir, Bravo. Great use for an AC compressor magnetic clutch. Have you actually checked the current flow. I would be curious to see how many amps it actually takes. Thumbs Up!
Thank you :) The solenoid valves were connected in parallel to the 12 V 7.5 A power supply, I also have a 12 V 10 A power supply, but after connecting to a larger one I did not notice the difference in the attraction force, I did not measure the consumption of solenoid valves
LOVE THIS! I would epoxy in a 5mm LED above the switch on the horizontal surface and grind it flush. I would also put a lipo battery in it, eventually.
I love it, free style vice clamping, no more Tee bolts or swerving the table around.
Thank you.
Well done! From a number of your videos, I have already incorporated a number of your ideas in my own applications, though admittedly, not as good nearly as yours. But, they're definitely improving as a direct result from watching what you've made. Keep up the great work!
Seriously, thank you for sharing!
Thank you 😁
What kind of car did you get the magnets out of
Awesome build! Tacking parts together to drill perfectly aligned holes without lots of measuring seems genius!
I had no idea you could get such powerful magnets out of car AC motors! I will have to look into this!!
Hole saw at 13:21 looked red hot!!
now wire that power supply to the motor on the drill so that when you turn the drill on, the vise locks, and when you turn the drill back off it releases!
the electromagnets come from the A / C compressor clutch and are powered by DC from 12 V, and I also supplied it with such current
@@WorkshopFromScratch 🙋🙏
Brilliant idea and fantastic build. The only design change I would make it to have a press button, and put it on the top button, so that turning it on doesn't nudge it out of place.
It's getting to where I give a thumbs up before I even watch the video now. *Well done; really nice.*
Thank you 😁
Oh shit there is a video here?
A great use of easily found magnetic parts. Thanks for posting.
Thank you 😁
Love this idea!!!!!!!!
Thanks buddy :)
Very cool as always boys
you both should do a collab video: building the ultimate Hydraulic Pneumatic Electromagnetic Vice ! haha
I believe anybody can do anything if they take the time to learn it so im not normally impressed by metal workers however when he cut those lines in the jaws freehand my jaw dropped...that was impressive...mine would look like a waffle
Incredible in form and function.Old style craftsmanship with current tools. Technical thanks
Fantastic execution! Well done!
Thank you :)
o cara bombardeia a gente com 500 técnicas diferentes sendo usadas de forma tão primorosa... sensacional. Parabéns!
Very good idea, practical and useful. ⭐
No more screws or sliding table, good, secure and firm fixation to work safely.👍
Thank you 😁
This is genius. I love your channel the most!
Thank you :)
I saw your mag drill, then this. New subscriber. Freaking awesome use of available materials.
Thank you 😁
@@WorkshopFromScratch щ ще
What an awesome idea. Great job building it.
Man your a true genius, love that and the table. Keep it up.
Thank you :)
@@WorkshopFromScratch trims
Man if you had a lathe and a milling machine you would be unstoppable.
Great video, keep'um coming.
You made a hillbillys day.
Added. One of the better channels like that alongside Made in Poland and ExtremeMake
Dziękuję 😁 Pozdrawiam
I wish you would add some subtitles about the material used and/or where you found certain things;i.e., the magnets, the cylinders used for the all thread, aluminum or steel, ya know just some need to know stuff. Thanks.
And keep up the great work!
Thank you :) used metal plates 8 mm thick, 10 x 50 mm flat rods, 20 x 40 mm square rod, 20 mm trapezoidal screw and round nut, magnets removed from the air conditioning compressors remaining after the previous car connected in parallel, 12 V DC power supply A. When I am at home, I will make accurate measurements because I don't remember at the moment
From Paul Howard Hello from Oregon.Beautiful job on the vice love the fast travel on the drill press
Thank you :)
Awesome ingenuity, remarkable build. Thanks for the insight Sir.
Thank you :)
I actually like your choice of music which you use with your videos
Very well build. Love to see some new innovations.
Thank you :)
I WOULD HAVE NEVER THOUGHT USING THE COMPRESSOR MAGNETS...GREAT IDEA BROTHER..
Thank you :) Such magnets are strong, and for such a vise for drilling their strength is sufficient :)
Pomysł super a i wykonanie też fajne a sam film przyjemnie się ogląda
Dziękuję 😁
Good idea. I wonder if it would hold for slot and milling cutters? Might be an idea to put a thin sheet of plastic under the magnet to make it easier to remove steel and iron shavings and dust. I guess they would build up into a messy pile.
Brilliant design and superlative fabrication.
Thank you :)
Señor, es Usted un genio!!😃😃
Amazing fabricator. Great video.
Thank you, Great practical build ! Super !
Hello from Norway. Greate idea. You are good !!! Just found your channel. I will learn a lot from you. 👍
From what I can tell you've got them electro-magnets wired in series...
They need to be wired in parallel...so they're both working at the same potential...
Don't forget:
Currents divide PROPORTIONALLY in parallel...
The voltage stays substantially the same...
But I like the concept...🇬🇧☺️
Thank you:) As I wrote in the description, the electromagnets are connected in parallel :) The serial connection lowered their power
@@WorkshopFromScratch
Ok sorry... I didn't read that bit...
The reason series lowered the power is due to voltage drop across the loads...🇬🇧☺️
Отличное решение!!! Спасибо за идею!!!
Czemu te super filmy wyświetla mi dopiero teraz 😭😭😭 kawał świetnej roboty
Dziękuję :)
Excellent project!! I Like the idea.
Thank you :)
That’s pretty damn solid dude
Good work manship...👍🙏👌
Such a cool build, great idea
Thank you :)
You're doing great!
You need a lathe, even better if you find a relic to be restored, it would be an amazing content to share!!
Thank you :) dream of a lathe, but I still have many obstacles to have such a lathe, the biggest obstacle is the place, which in my workshop is lack and costs. But I will definitely try to overcome these obstacles :)
@@WorkshopFromScratch i did overcame logistics by getting a Bv21 lathe, a small but sturdy china import, later i added a Cortini H75 a mini lathe but really well made, I believe this one is something like 40 yrs old.
You seem to have great crafting skills, that's why I thought a lathe would serve you well
Dobry sprzęcik i eleganckie wykonanie 👏👏👏👍👍
Dziękuje :)
Very nice. You should've half hinged the top threaded bushing to be able to lift it up and push the vice closed. Then tighten it down by a quick turn.
Thank you :) Very nice idea maybe in some project I will use it :)
Excellent! I need to make one of these!
Fantastic work, dude! It looks beautiful! 😃
Stay safe there with your family! 🖖😊
Thank you :) I wish you much health :)
I'm. Hooked on this man's skill level,
Perfect 🙂 gold hands, head engineer well done
nicely done man nicely done!
Great ideas! I'll be stealing them.
Thank you 😁
Amazing 👏👏👏
I like it my friend 👍
I subscribe 😉❤️
Thank you 😁
DOBRA ROBOTA ! ! !
Pozdrawiam PP.
GOOD JOB !!! ;)
Regards PP.
Fantastic video
Thank you:)
nice vice !
Great practical build !
Thank you :)
Very nice work with the TIG welder and the angle grinder. was all of the metal work steel or was some of the housing for the magnets aluminum?
Premium Clamp!
⭐️⭐️⭐️⭐️⭐️
Thank you :)
That’s pretty amazing!
Thank you :)
Thanks for the inspiration! Did you need to make the collar for the thrust bearing or are they available? Maybe I’m wrong calling it a collar.
Thought I might bolt my collar on, to have access to bearing and I could use a cir clip on end of acme threaded rod to retain, your thoughts?
Quite a handy device.
Te felicito!!!!!,,,,,Genial!!!.........Podrias dar algunas dimensiones generales?.
Me interesa mucho poder hacer una.
Man that is super cool… I wonder how strong those magnets are?
Love the hydraulic vice, (work smart not hard).👍
That's some Star wars voodoo pixie dust right there
this is really good
Thank you :)
WoW very nice idol ❤️❤️
Awesome build
Thank you Sir
Thank you :)
Good bit of work
Thank you :)
This is really great! Super craftsmanship. Can you provide any info on the table lift?
I think I've watched every video you've made. excellent as always. I was wondering if you design & fabricate as you go or are you following plans for these builds? If you create plans for some of these projects, I'd venture to say you could make some money selling them. I'd be interested in quite a few of the plans, specifically the 2 x 72 Belt Grinder and the adjustable Drill Press table. This is my favorite channel on You Tube. Best regards.
Very nice idea.
I'm now curious if that drilling setup is solid enough to drill a hole with a hole saw that didn't have a centre drill in it? I've tried it with 52mm hole saws a few times, and even some quite heafty drill presses can't keep the cutter in the same spot on the workpiece. The initial uneven tooth load on the cutter tries to walk it across the metal being cut, and rattles the whole press. :)
Such a vice is convenient and practical for drilling, but you need to be especially careful with holesaws over 40 mm.
swietny pomysl z tym elektromegnesem
Great job! Thanks for the video!
Thanks :)
Gercekten cok faydali ve guzel oldu.. bravo!
Amazing! Congratulations!
looks great but without those magnets it won't be enough tightening the acme thread shaft? what extra does those magnets give? thanks
Magnets speed up the work many times, when I had to drill several holes in a larger element, each time I had to unscrew the vice to set them under the drill, here I do not have to unscrew anything, I set the vice, press the button, and the vise is attached
@@WorkshopFromScratch thanks for the explanation!
Very nice design
Kozak pomysł. Też sobie zrobię;). Że wcześniej takiego czegoś nie widziałem.
Very smart idea
The electrical connections are not waterproof. So you shouldn't use coolant. Apart from that it is very well done. I love how you manage without lathe using simple tools.
Thank you. This is a 12v voltage, plus I tried to isolate myself strongly, it's a shame that I didn't show it in the film.
as long as it doesn't get on the mains part of the power supply, which is a totally separate unit its fine, if it shorts the power supply will shut off and the vice will loose grip but its not going to happen with those magnets. my only observation about it is if it gets into the switch its going to bugger up the contacts
BRAVO MAESTRO!!!
is't a garage for Made in Poland ? Can you make a motocultor? You have a good eadia 🤗
Это лучшие тиски на электромагнитных зацепах, которые я видел .
Very nice good job well done
Thank you 😁
Superowa robota pozdrawiam z Australi
Excelente trabajo e innovación. Felicitaciones!!!
gracias : )
bravo excellent job , what is the power of magnets attraction? electromagnet can be found on aliexpress with different force , your opinion on the useful attraction power? cordially
You can find electromagnets on aliexpress and eBay here you have an example link: https: //m.ebay.ie/itm/A-C-COIL- CEILING-KLIMATIZATION-KEIHIN-HS110R-HONDA-/392271249687? _MwBanner = 1 & _rdt = 1
I did not measure power, but it is sufficient to withstand the overload occurring during drilling and basic grinding works. When it comes to opinions, he is happy that I can finally drill something quickly and not waste time fixing the element with screws :)
@@WorkshopFromScratch thanks for the info, yes it is very ingenious as quick fixing system
Отлично!!!👍
А охлаждающая жидкость с металлическими опилками электрику не замкнут???☝🤔🤔
Ok, yeah. That's awesome.
Excelent work👍!
Thank you :)
in your comment box you say "make the electromagnets more powerful I had to grind down a out one milimetra of the top surface of the electromagnets" was that really only for clearance or did it actually make them stronger?
Great build by the way!!!
This is how the strength of the electromagnets strengthened, and a lot of it :) Thank you 😁
I have seen a lot of great ideas not just this one but they all have the same problem NO MEASUREMENTS ON ANYTHING FOR THE HOLES AND MATERIALS. So if I want to make one I would be SPENDING A LOT OF TIME trying to find out what works.
I matched the whole thing to the electromagnets that I had, looking at the variety of electromagnets, giving you the dimensions, I could confuse you because, for example, you would have larger electromagnets than I used
Czesc. Myślę zrobić z takich 2 magnesów wiertarkę magnetyczna. Jak myślisz dadzą radę takie 2 magnesy? Jaki zasilacz dałeś? 12v ile amper? Pozdrawiam Wojtek 😊
Odpowiesz?
Very good idea
Thank you :)
you have great Fabrication skills. About tapping with grease or lube oil. Don't. Instead, get some high sulfur oil or specialty tapping fluid. The difference is enormous
Bravo sir, Bravo. Great use for an AC compressor magnetic clutch. Have you actually checked the current flow. I would be curious to see how many amps it actually takes. Thumbs Up!
Thank you :) The solenoid valves were connected in parallel to the 12 V 7.5 A power supply, I also have a 12 V 10 A power supply, but after connecting to a larger one I did not notice the difference in the attraction force, I did not measure the consumption of solenoid valves
Mag-lock rated for 1500 lb. needs about 500mA at 12V. Those are probably in the same neighborhood
10:03 от чего применены магниты? Где они раньше стояли?
I am a big fan of those video
excellent jod
LOVE THIS! I would epoxy in a 5mm LED above the switch on the horizontal surface and grind it flush. I would also put a lipo battery in it, eventually.
Very cool ! where do i get the magnets ? Better yet where did you get your magnets?
Thank you :) The magnets come from the air conditioning compressor clutch of a passenger car :)
Hello, excelente idea
Perfect welding
Ok, now bolt down the drill stand otherwise the new electromagnetic clamp is pointless.
Nice job on the new clamp.