I have absolutely no idea how you manage to think these things up! I see an old microwave I try to think of the best way to get it the tip, not "Can I make a magnetic drill out of it!" Absolutely phenomenal, well done.
Actually it’s just a magnetic base for a cheap electric drill, I like the prewound electromagnets from the microwave transformers I didn’t think that the drill looked well aligned or perpendicular to the base. The project obviously succeeded for our designer within his parameters. Nice idea!
From youtubes recommendations I get an interesting stereotype, people from Poland are masters of metal and people from Russia are masters of electronics, in fact there is a good mix of handy people everywhere, but still funny though 😄 Great work, this will last almost forever, until rust eats it completely 👍 What I love most is that you use material that most people would call garbage, I love that because I don't think there is any garbage, just ressources and the lack of knowledge of how to use it 💚🌍
Nice idea! I think you would benefit from using the old drills that nobody wants anymore. They are too slow for many DIY enthusiasts, but they had very good engine torque. With their low speed, they would be better suited for large diameter holes. You should also know that the main accessory of a magnetic drill is a small rope. It is prudent to hang it, especially if you are working at the top of a ladder. In the event of a power failure, this prevents accidents.
Thank you :) In the near future I will build another magnetic drill only in it will use the electromagnet from the door to make it lighter, because the disadvantage of this drill is unfortunately the weight.
Mam nadzieję, że to dobrze się tłumaczy, ale dziękuję za podzielenie się tym, wykonałeś ogromną pracę i zainspirował mnie do zrobienia własnego. Dziękuję Ci.
Excellent job, very clever and innovative, love both the Microwave magnetic coli's and reuse of screwdriver handles. Thanks for sharing and best regards from the UK.
You sir are a god!!!I have to fab and make parts in the field and thought I was pretty good.But you’re thought process and precision are legendary. I could watch these videos all day
I can’t help but watch your channel and others like it and see that A lot are based in that eastern block. I can’t help but feel that Soviet oppression during the Cold War made some of the most creative and ingenious people when it comes to DIY mentality. Whatever the cause it is truly amazing watching these creations come to life
from years of having no access to a milling machine in a 200km radius, Ive learned that when you want to make something flat , you glue a large piece of sand paper on a thick piece of glass and give it some elbow grease ;D
We are healthy, but we must be careful and do not leave the house. I wish you good health and I hope that the epidemic will end soon. Greetings from Poland
I love your videos, absolutely impressive. Ill share something an old guy taught me and I have used as well. To make the surface flat on bottom a bit easier and more precise than the file alone get a piece of scrap granite from a counter top maker or headstone maker. If it is polished it will be Damn near as flat as possible. Tape some sandpaper to the granite, or even some tempered glass, and lay the side that needs flattening on the paper. Simply work the piece back and forth until you see the sanding is occurring in all areas, then you know your as flat as the polished granite.
Great job and excellent talent. But with the amount of items you bought and the time spent. Along with the fact of the cheap drill and the size of it all. Maybe it’s not feasible to go that way. But you sure have talent.
Zbudował em kiedyś podobna ale o zbyt małym zakresie pracy. Mały skok i wolne obroty pod dużej średnicy otwornice. Teraz właśnie przymierzam się do budowy kolejnej i oglądam różne diy konstrukcje. Może coś ciekawego podpatrze do swojej. Gratulacje maszyny😉
Rewelacja!!! Jak to możliwe że zrobiłeś to praktycznie z użyciem podstawowych narzędzi?! Film oglądam już 3 raz i nie dowierzam!!! To jest właśnie przykład jak można zaoszczędzić około 3000zł, bo wiertarki magnetyczne nie należą do tanich... Dziękuję za motywację i czekam na kolejne filmy!!!!
Fajnym rozwiązaniem byłoby zastosowania baterii i ładowarki do zasilania elektromagnesu. Bateria daje większy amperaż od zasilacza, co przekłada się na większą siłę trzymania, poza tym przy zaniku prądu wiertarka nie spada ze "ściany" na pysk :) Spoko wykonanie.
Miałem tak zrobić ale nie zmieściła mi się bateria :D Jeśli chodzi o zanik zasilania to w tedy też wiertarka ustanie, no gorzej jak zasilacz się spali :/ Dziękuję pozdrawiam :)
ah 12 volt powersupply for the electromagnets and the magnets in series , that helped a lot (they didnt shown that in other magnet builds ), they seem suprisingly strong like the way you made the rack and pinion
So why was a version 2 made? Did the mot’s burn up or drill crap out or was the design not beefy enough with the sheet metal housing? Figured it had to be one of the three.. good build though, wish i had a tig to play with myself..
Fajnie wyszła:D Jeśli mogę coś poradzić to jeżeli robisz otwory w blachach i mocujesz je w imadełku to warto podłożyć pod nie(pod blachę) drewienko wtedy blacha się nie odkształca i nie zmienia swojego położenia podczas wiercenia. Pozdrawiam.
Powinien Pan uszczelnić obudowę żeby opiłki nie dostawały się tam gdzie jest sekcja prądowa i elektronika. Od strony wiercenia jest stosunkowo duża szpara przy podstawie. Grozi zwarciem.
Witam i pozdrawiam!!Ciekawa budowa urządzenia,wykorzystanie części z mikrofali jest wskazane jeśli są tam niezbędne,dobry pomysł,dobry pokaz Video!!Tak trzymać!
Great job ! I subscribed. If you don't have a milling machine but have a hydraulic press with inversed bottle jack you can build attachment for an angle grinder and fix it between the jack and its screw. After that you can control descent by the jack and surface easily any piece of steel or other material with your angle grinder 👍
What is the lowest speed you can reach without power loss? Have I seen correctly that you do have annular cutter adapter to use annular bits in the regular chuck? If yes have yo made it by yourself or bought it?
Witam Fajnie pokazane muszę sam sobie taką zrobić. Jedna uwaga ta osłona przy wiertarce stołowej i tak z niej nie korzystasz a wkur... przy pracy weź to zdejmij.
Dziękuję 😀 Właśnie ta osłona już któryś raz podchodzę do jej odkręcenia i wciąż wylatuje mi z głowy a przypomina mi się podczas wiercenia :D Pozdrawiam
You need to tell people to be careful. Most Microwave ovens have a Capacitor in them that, if not fully discharged, can kill you. Microwave ovens are dangerous. Other wise a very ingenious idea.
Thank you for the comment 😀 I admit that I have accelerated the video, I will try to make the next films slower. As for this video, I try to answer questions so if you have any questions, I help😀
felicitaciones amigo soy de Peru si pudieras decirme si usas algun regulador de corriente y cual es la conexion la ases en serie o paralelo muchas gracias por la respuesta
Gracias:) Usé dos transformadores de microondas para construir el electroimán, y los transformadores de fuente de alimentación de 12v 6A están conectados en serie.
So after making this one and the other magnetic drill three years ago, which has a stronger magnetic base ? Purchased door magnets or the microwave? I’m curious which route to go but leaning towards the door magnets as that seems to be faster and don’t currently have a donor microwave and the Mrs. will probably notice The new countertop space if the microwave goes missing 😂
This 12 V is correct. On the power supply I showed, the transformers are warming up, that's why I changed it to 12 V and that's why I put 12 V 6a in the description
Hi my friend, your show it very good and useful, but you do it to fast i can't pick it up. Could you please show me again the microwave part, how to take out the magnets and how to connecting all the wires. You are amazing Thank you so much
I think the title is not accurate, it's a normal drill and you added it to a motor modulator, structure is nicely made, but drill was just attached to the structure. However lot of hard work done :) and a well finished work. Well done !!!
Good home-made, only the drill must be used with a reduction gear to a speed of 450-750rpm. Adjusting the speed with a resistor will not give a good result. At low speeds, the drill will warm up and possibly burn out.
What gage wire and how was it wound on the core? It looks like you used a 19 volt laptop charger for the electro magnet? Ok just saw it was 12volt when re watching.
Witam,super dzieło,mógłbyś mi powiedzieć jak wyciągnę ten„wihajster” z mikrofali to mogę podłączyć zaraz do 230V do sprawdzenia czy musze przez jakiś przekaźnik?
Very cool build. Thanks to made in Poland for linking your vise video otherwise I wouldn't have found this. You got my subscription now. By the way how much does that mag drill weigh? It looks like it'd be alot lighter than a store bought. Lighter is better on a portable mag drill
Amazed at how many people leave power supply info out of their videos. Thanks for including it.
I have absolutely no idea how you manage to think these things up! I see an old microwave I try to think of the best way to get it the tip, not "Can I make a magnetic drill out of it!" Absolutely phenomenal, well done.
Actually it’s just a magnetic base for a cheap electric drill, I like the prewound electromagnets from the microwave transformers I didn’t think that the drill looked well aligned or perpendicular to the base. The project obviously succeeded for our designer within his parameters. Nice idea!
From youtubes recommendations I get an interesting stereotype, people from Poland are masters of metal and people from Russia are masters of electronics, in fact there is a good mix of handy people everywhere, but still funny though 😄 Great work, this will last almost forever, until rust eats it completely 👍 What I love most is that you use material that most people would call garbage, I love that because I don't think there is any garbage, just ressources and the lack of knowledge of how to use it 💚🌍
Thank you :)
people from russia seem to be good at invading their neighbors and commiting war crimes.
great video by the way ✊
We are a from the same kind. Builders. Makers. It's awesome to see your builds get into reality, with so much creativity.
Nice idea!
I think you would benefit from using the old drills that nobody wants anymore. They are too slow for many DIY enthusiasts, but they had very good engine torque. With their low speed, they would be better suited for large diameter holes.
You should also know that the main accessory of a magnetic drill is a small rope. It is prudent to hang it, especially if you are working at the top of a ladder. In the event of a power failure, this prevents accidents.
Thank you :) In the near future I will build another magnetic drill only in it will use the electromagnet from the door to make it lighter, because the disadvantage of this drill is unfortunately the weight.
Jestem w szoku!!!! Efekt końcowy powala na kolana !!! Nie mogę się doczekać kolejnego filmu
Dzięki 😁
Ten projekt był dla mnie wielką niewiadomą, ale jednak się udało, tylko na dźwięk w filmie jestem wściekły, mikrofon w kamerce mi coś psoci:/
Mam nadzieję, że to dobrze się tłumaczy, ale dziękuję za podzielenie się tym, wykonałeś ogromną pracę i zainspirował mnie do zrobienia własnego. Dziękuję Ci.
Cieszę się że się podobało:)
Dzięki za komentarz i pozdrawiam 😀
My friend you did a great job. I like your video. Wish you good on your work
Thank you :)
It's amazing you still have your fingers!
i love this setup, can use different types of drills
Excellent job, very clever and innovative, love both the Microwave magnetic coli's and reuse of screwdriver handles.
Thanks for sharing and best regards from the UK.
You sir are a god!!!I have to fab and make parts in the field and thought I was pretty good.But you’re thought process and precision are legendary. I could watch these videos all day
Thank you :-)
I can’t help but watch your channel and others like it and see that A lot are based in that eastern block. I can’t help but feel that Soviet oppression during the Cold War made some of the most creative and ingenious people when it comes to DIY mentality. Whatever the cause it is truly amazing watching these creations come to life
from years of having no access to a milling machine in a 200km radius, Ive learned that when you want to make something flat , you glue a large piece of sand paper on a thick piece of glass and give it some elbow grease ;D
An amazing build! From scratch, too. Great craftsmanship and innovation. Thank you for posting!
Thank you :)
You have amazing patience and precision! When the world ends, please be on our team. Cheers!
thank you very much:)
Wow...inventive, resourceful, clever, skilful and intelligent!!! you have the full package to be a real craftsman!!!
Thank you very much 😀 greetings
Jack of all trades!
Knows everything!!!
That's dedication and whatever works right? Adapt, improvise and overcome.
I liked your work. Especially how you made the magnet. Like you and good luck.
Для меня вещь не нужная. Но любо-дорого смотреть как красиво и толково работает Человек.
Just like a bought one. You're a real artist.
Thank you :)
@@WorkshopFromScratch
I hope you and your family and friends are well
Greetings from Australia
We are healthy, but we must be careful and do not leave the house. I wish you good health and I hope that the epidemic will end soon. Greetings from Poland
Все гениальное просто! 👍👍👍
I love your videos, absolutely impressive. Ill share something an old guy taught me and I have used as well. To make the surface flat on bottom a bit easier and more precise than the file alone get a piece of scrap granite from a counter top maker or headstone maker. If it is polished it will be Damn near as flat as possible. Tape some sandpaper to the granite, or even some tempered glass, and lay the side that needs flattening on the paper. Simply work the piece back and forth until you see the sanding is occurring in all areas, then you know your as flat as the polished granite.
Thank you :) I like this advice, I've always had a problem getting the perfect surface, so I'm sure I'll try to do it :) Thank you
addidas + welding i love it !!!
In fairness, TIG work mostly, so....fine.
Great job bro! You have skillful hands 🙌😉
Great job and excellent talent. But with the amount of items you bought and the time spent. Along with the fact of the cheap drill and the size of it all. Maybe it’s not feasible to go that way. But you sure have talent.
Zbudował em kiedyś podobna ale o zbyt małym zakresie pracy. Mały skok i wolne obroty pod dużej średnicy otwornice. Teraz właśnie przymierzam się do budowy kolejnej i oglądam różne diy konstrukcje. Może coś ciekawego podpatrze do swojej.
Gratulacje maszyny😉
Rewelacja!!! Jak to możliwe że zrobiłeś to praktycznie z użyciem podstawowych narzędzi?! Film oglądam już 3 raz i nie dowierzam!!! To jest właśnie przykład jak można zaoszczędzić około 3000zł, bo wiertarki magnetyczne nie należą do tanich...
Dziękuję za motywację i czekam na kolejne filmy!!!!
Dzięki 😁
Ale chińczyka można już kupić za 1600zł, ale to i tak jest spora suma...
Dziękuję za komentarz i pozdrawiam
Świetna robota. Podoba mi się to że na końcu pokazujesz że twój produkt działa i jest funkcjonalny.
You are a wery smart guy like made in poland 😎. Greetings from Slovenia
Thank you very much for a nice comment. I greet Poland
Now problem mate 😎
Fajnym rozwiązaniem byłoby zastosowania baterii i ładowarki do zasilania elektromagnesu.
Bateria daje większy amperaż od zasilacza, co przekłada się na większą siłę trzymania, poza tym
przy zaniku prądu wiertarka nie spada ze "ściany" na pysk :)
Spoko wykonanie.
Miałem tak zrobić ale nie zmieściła mi się bateria :D Jeśli chodzi o zanik zasilania to w tedy też wiertarka ustanie, no gorzej jak zasilacz się spali :/ Dziękuję pozdrawiam :)
ah 12 volt powersupply for the electromagnets and the magnets in series , that helped a lot (they didnt shown that in other magnet builds ), they seem suprisingly strong
like the way you made the rack and pinion
Yes, the electromagnets are really strong :) I bought a toothed rack. Here is an example link:
a.aliexpress.com/_BS5UDY
Pomysł i wykonanie super, jedynie chyba wyłączniki niezbyt ergonomicznie umieszczone.
Ale szacun za dobra robote👍
Te quedo genial viejo mis respetos para vos 👍👍👍🇭🇳🇭🇳
Хорошее исполнение и реализация. Лайк
That was awesome and amazing!
Nice touch using TIG!
Keep it up!
Thank you:)
Nice job, very resourceful, I need to add this to my build list.
Thank you very much 😀
Thanks for the sub! Likewise 👍
Lepiej trzyma niz orginal . Lapka w gore
Dzięki :)
So why was a version 2 made? Did the mot’s burn up or drill crap out or was the design not beefy enough with the sheet metal housing? Figured it had to be one of the three.. good build though, wish i had a tig to play with myself..
Those screwdriver handles, just beautiful polish thinking 😂👌
Fajnie wyszła:D Jeśli mogę coś poradzić to jeżeli robisz otwory w blachach i mocujesz je w imadełku to warto podłożyć pod nie(pod blachę) drewienko wtedy blacha się nie odkształca i nie zmienia swojego położenia podczas wiercenia. Pozdrawiam.
Dzięki, również za radę:) Pozdrawiam
Wow I like how it all came out. They can be quite expensive to buy
Powinien Pan uszczelnić obudowę żeby opiłki nie dostawały się tam gdzie jest sekcja prądowa i elektronika. Od strony wiercenia jest stosunkowo duża szpara przy podstawie. Grozi zwarciem.
Ogólnie starałem się wszystkie połączenia szczelnie zaizolować ale ma pan rację trzeba to uszczelnić i przy najbliższej okazji to zrobię.
Pozdrawiam:)
....wife walks in the garage... where's the microwave?.... Uh oh...
No i to ja rozumie 😀Dobra robota 👏👍
Dzięki kolego 😁 Pozdrawiam
Super robota koleszko! Świetny film. Dzięki wielkie!
Dziękuję 😀 Cieszę się że się podobało 😀 Pozdrawiam
You said you didn't have a mill, a router set up on a wood jig will do a great job. The use that setup to level butcher blocks.
THIS is awesome and very useful
Świetny pomysł mega wykonanie, wiertarka widać że wiekowa a daje radę lepiej niż te nowe
Jak kupujesz najtańsze z marketu to się nie dziw ;)
Use a file handle on your file next time, saves getting the tang through your wrist when you slip(voice of experience).
Also some medium grit carbide paper on a sheet of metal or glass. Fine grit for leveling warped heads.
I take you removed the bearings after tag welding them on the spot, so hardening of them wont get ruined by heat?
Witam i pozdrawiam!!Ciekawa budowa urządzenia,wykorzystanie części z mikrofali jest wskazane jeśli są tam niezbędne,dobry pomysł,dobry pokaz Video!!Tak trzymać!
Mikrofala i tak była uszkodzona😉
Dziękuję za komentarz i pozdrawiam 😀
This is probably better then my mastercraft drillpress...freaking chuck keeps falling off!now you are good to open up some safes haha
Bro, you have the MacGyver gift hardcore
years later , my comment
i cant believe you did all that ,and you didnt cut ,remold that drill handle ...i thought youd dive into it 100
Great job ! I subscribed. If you don't have a milling machine but have a hydraulic press with inversed bottle jack you can build attachment for an angle grinder and fix it between the jack and its screw. After that you can control descent by the jack and surface easily any piece of steel or other material with your angle grinder 👍
Looks stronger than the lighter door lock version . Precise maker.
A bit bulky, but with the tools used for the build it is perfect... and possibly will live far longer than most present days tools :D
Great job!
Thank you 😀
If I may ask, at around 2:47, what is the attachment to your drill press? It looks like a magnifying viewer with a chip guard.
do not know if he translates well: hey. I'm sure you mean my table drill, but which fixation do you mean?
@@WorkshopFromScratch chodzi mu czy ta plastikowa oslona to szklo powiekszajace
it is not a magnifying glass, just a cover
Dzięki za podpowiedź 😀
@@WorkshopFromScratch Thank you
No Panie takie coś to i ja bym chciała 😀. Dobra robota, szacun 👏👍😁
Dzięki 😁
Pozdrawiam
What is the lowest speed you can reach without power loss? Have I seen correctly that you do have annular cutter adapter to use annular bits in the regular chuck? If yes have yo made it by yourself or bought it?
Witam
Fajnie pokazane muszę sam sobie taką zrobić. Jedna uwaga ta osłona przy wiertarce stołowej i tak z niej nie korzystasz a wkur... przy pracy weź to zdejmij.
Dziękuję 😀 Właśnie ta osłona już któryś raz podchodzę do jej odkręcenia i wciąż wylatuje mi z głowy a przypomina mi się podczas wiercenia :D
Pozdrawiam
Amazing skills! Thanks for sharing it!
Thank you :)
You need to tell people to be careful. Most Microwave ovens have a Capacitor in them that, if not fully discharged, can kill you. Microwave ovens are dangerous. Other wise a very ingenious idea.
I Watched this video and reminded me to build a safe to store one of these in it.
I dont know why i had to know what a magnetic drill was?
Very nice. Good skills. But PLEASE bear in mind that a slower speed would be more beneficial for your viewers. Very difficult to keep up.
Thank you for the comment 😀 I admit that I have accelerated the video, I will try to make the next films slower. As for this video, I try to answer questions so if you have any questions, I help😀
felicitaciones amigo soy de Peru si pudieras decirme si usas algun regulador de corriente y cual es la conexion la ases en serie o paralelo muchas gracias por la respuesta
Gracias:) Usé dos transformadores de microondas para construir el electroimán, y los transformadores de fuente de alimentación de 12v 6A están conectados en serie.
@@WorkshopFromScratch
Muchas grasias por la respuesta y que sigan los proyectos Dios lo bendiga adios
So after making this one and the other magnetic drill three years ago, which has a stronger magnetic base ? Purchased door magnets or the microwave? I’m curious which route to go but leaning towards the door magnets as that seems to be faster and don’t currently have a donor microwave and the Mrs. will probably notice
The new countertop space if the microwave goes missing 😂
is the rack and pinion recycled from something? These are hard to come by in this size.
Witam. Dobra robota.. !!! 👍👍👍
Też planuje sobie zrobić taki statyw.. ;)
Pozdrawiam - Paweł P.
Jaką kupą gówna trzeba być żeby dać kciuka w dół pod tym genialnym projektem? 🤔
The description says 12v 6a power supply but the video shows 1 9v 4.74a. Which one is correct?
This 12 V is correct. On the power supply I showed, the transformers are warming up, that's why I changed it to 12 V and that's why I put 12 V 6a in the description
could you please tell us what you used for video editing? thanks!
I use the "windows movie maker" for video editing, in the future I'm going to change to another program
Very cool..thanks for sharing..
Nie masz frezarki? Zrób sobie :) :P Żart :) Tak serio masz fach i pomysły, tak trzymaj . Subuje i pozdrawiam
Mam zamiar zrobić frezarkę ale potrzebuje na nią więcej czasu ale napewno kiedyś film się pokaże 😀 Dziękuję i pozdrawiam
I'm going to give this a try and weld one of these with my powertig
Hi my friend, your show it very good and useful, but you do it to fast i can't pick it up. Could you please show me again the microwave part, how to take out the magnets and how to connecting all the wires. You are amazing
Thank you so much
Thank you :) you watched one of my first movies which is of poor quality, I took the transformer out of the microwave
Very good projects. You need greater exposure. You need some good sponsors. Thank you...
Thank you :)
Amazing !
Simply brilliant!
Thank you very much 😀
how many ton's or kilos this magnetico can pick up from the ground , i need the maxwell's per square cm for 3 ton so i can design my transformers
I have never tested an electromagnet in this way, the construction cost is small, so try to build it, it may meet your expectations :)
Bom trabalho 👍👏
Very Nice!
Thank you:)
I think the title is not accurate, it's a normal drill and you added it to a motor modulator, structure is nicely made, but drill was just attached to the structure. However lot of hard work done :) and a well finished work. Well done !!!
Thank you :)
Good home-made, only the drill must be used with a reduction gear to a speed of 450-750rpm. Adjusting the speed with a resistor will not give a good result. At low speeds, the drill will warm up and possibly burn out.
Konkretna robota, szacun kciuk i subskrybcja 👍
Dzięki 😁 Pozdrawiam
Lo más irónico de todo es que necesitas un barreno de pedestal para fabricar tú barreno de pedestal 🤣 genial idea.
What gage wire and how was it wound on the core? It looks like you used a 19 volt laptop charger for the electro magnet? Ok just saw it was 12volt when re watching.
You're amazing man I'm love your work
Thank you very much for the nice comment and best regards 😀
Nice work
Thanks 😁
Witam,super dzieło,mógłbyś mi powiedzieć jak wyciągnę ten„wihajster” z mikrofali to mogę podłączyć zaraz do 230V do sprawdzenia czy musze przez jakiś przekaźnik?
Very cool build. Thanks to made in Poland for linking your vise video otherwise I wouldn't have found this. You got my subscription now. By the way how much does that mag drill weigh? It looks like it'd be alot lighter than a store bought. Lighter is better on a portable mag drill
thank you very much :) I did not weigh the drill but I admit that it is a bit heavy, I never compared it to a drill bought in a shop
how about long use? its safety? or the magnetic microwave become hot?
Very very good!!
Thank you very much 😀
Any idea of the magnetic holding force?
Very very cool brother
Excelente!
Podrías decirme qué engranajes has usado? Dónde podría conseguirlos?
Saludos 🙂
Buen sujetador bro Exelente empleo al electro iman gracias por compartir
jak masz podpieto to szeregowo jak masz 4 kable. a powinno byc 2?