Hey, Dude...thats a very impressive build. It works great. But for your own safety...please add a Belt guard to the machine. And maybe mounting 4 castors to the thing was not the best solution.... Subscribed and greets from Germany..
Thanks for your comments.. I absolutely agree with you.. I should have mounted Belt guard for safety.. and casters is not good idea.. Thank u for your advise..
Likely he is using a vehicle windshield wiper motor with a speed controller. You can see him mounting a 12Vdc power supply with cooling fan at 16:08 and I think you can hear the motor in the background at 16:44 This appears to have been 2 oopsies. For the DC power supply cooling fan, I didn't see a hole for the inlet air (would want a good filter over it) and at 16:40 he seems to notice something isn't quite right. With all of the dust created, I would suggest mounting this on top of the machine and not the bottom, or better I think you can also use power supplies like they have for laptop computers, eliminating the need for a special housing and cooling fan. Depending on the current draw, I think you can get these for around $10. I think the wiper motor is mounted in the box at 16:55 There are only 2 wires going in, so the PWM speed controller must be mounted at the switch. It appears he is gearing the speed down slightly with the belts. This might be another oopsie. Given the feed speed and his running the same board multipole times, he might have wanted to go with a larger reduction in speed. 17:34 you can see the box with the on/off switch and dial for speed. I suspect the speed controller is in this box. Here he is feeding it through several times, but could have alternatively slowed the belt, unless it isn't geared down enough (wiper motors have a minimal speed around 60 RPM). If the speed controller is in this box, it might be another oopsie. Most speed controllers generate a lot of heat. There's no route for cooling air in this. Wiper motors are rather cheap and you can order from places like Wal Mart for under $24, and you can always go to a vehicle scrap yard. Once you get the wiper motor and have it's specs, I think you can match with off the shelf 12Vdc PWM speed controllers based on current draw (under $10). In a nutshell, PWN speed controller drop the voltage at its output to the motor. There is a minimum voltage to run the wiper motor, so to reduce stress on the motor, I would suggest adding a stop to the speed dial so the motor is never stopped when voltage is applied. Also at 20:20 you can see a separate switch for the drum motor.
Muy buen trabajo ni quiere vender ni maquina ni planos los mejores maestros enseñan todo lo que saben como el estraordinarioEDISON de METAL EXTREME COLOMBIA los que no ponen medidas les considero alumnos aventajados muchas gracias por darnos embidia
Hola gracias por compartir tan valioso proyecto felicidades existirá la posibilidad de existir planos lo pueda compartir gracias estaré muy agradecido estoy abierto a la comunicacion
Sorry for late reply, cut several donuts from 18mm thick plywood and laminated these donuts.. and tucked steel shaft inside of donuts hole.. simple.. right??
Great design! I wish i could have seen more detail on the variable speed belt drive!
Yes how is the drive belt driven and what did you use for belt.
Thanks for sharing, amazing job. Do you have plans for your design.?
In the rotating base you could use the same motor and pulleys to reduce the speed (This way you take advantage of the motor power)
Amazing job!!! 💪💪✨✨
Thank you for your concern~~
Fantastic build. That's really nice.
Thanks buddy~~
Great job! You are a very talented guy!!
Hey, Dude...thats a very impressive build. It works great. But for your own safety...please add a Belt guard to the machine. And maybe mounting 4 castors to the thing was not the best solution.... Subscribed and greets from Germany..
Thanks for your comments.. I absolutely agree with you.. I should have mounted Belt guard for safety.. and casters is not good idea.. Thank u for your advise..
Can you show how to build that lifting mechanism
Nicely done. any problems with tracking or larger material? Mig or tig welding?
Hi~ So far so good.. I used Mig welding for this..
You did it very well, I want to ask something. Does the lower part rotate by itself or does it also rotate with a motor?
Likely he is using a vehicle windshield wiper motor with a speed controller. You can see him mounting a 12Vdc power supply with cooling fan at 16:08 and I think you can hear the motor in the background at 16:44
This appears to have been 2 oopsies. For the DC power supply cooling fan, I didn't see a hole for the inlet air (would want a good filter over it) and at 16:40 he seems to notice something isn't quite right.
With all of the dust created, I would suggest mounting this on top of the machine and not the bottom, or better I think you can also use power supplies like they have for laptop computers, eliminating the need for a special housing and cooling fan. Depending on the current draw, I think you can get these for around $10.
I think the wiper motor is mounted in the box at 16:55 There are only 2 wires going in, so the PWM speed controller must be mounted at the switch. It appears he is gearing the speed down slightly with the belts.
This might be another oopsie. Given the feed speed and his running the same board multipole times, he might have wanted to go with a larger reduction in speed.
17:34 you can see the box with the on/off switch and dial for speed. I suspect the speed controller is in this box. Here he is feeding it through several times, but could have alternatively slowed the belt, unless it isn't geared down enough (wiper motors have a minimal speed around 60 RPM).
If the speed controller is in this box, it might be another oopsie. Most speed controllers generate a lot of heat. There's no route for cooling air in this.
Wiper motors are rather cheap and you can order from places like Wal Mart for under $24, and you can always go to a vehicle scrap yard. Once you get the wiper motor and have it's specs, I think you can match with off the shelf 12Vdc PWM speed controllers based on current draw (under $10). In a nutshell, PWN speed controller drop the voltage at its output to the motor.
There is a minimum voltage to run the wiper motor, so to reduce stress on the motor, I would suggest adding a stop to the speed dial so the motor is never stopped when voltage is applied.
Also at 20:20 you can see a separate switch for the drum motor.
Muy buen trabajo ni quiere vender ni maquina ni planos los mejores maestros enseñan todo lo que saben como el estraordinarioEDISON de METAL EXTREME COLOMBIA los que no ponen medidas les considero alumnos aventajados muchas gracias por darnos embidia
Excelente dica, parabéns!
Hola gracias por compartir tan valioso proyecto felicidades existirá la posibilidad de existir planos lo pueda compartir gracias estaré muy agradecido estoy abierto a la comunicacion
CAN YOU PLEASE GIVE THE PART NUMBER FOR THE ELECTRONICS THAT CONTROL THE FEED BELT.. AND THE TYPE OF MOTOR YOU USED ??
Boa noite colega vc poderia passar as medidas dessa lixadeira vc tá de parabéns
배울점이 많았습니다 감사합니다
That’s really cool!
Gostei muito dessa lixadeira!! Voce me passaria as medidas??
I just love the way you built this Do you have any Pdf plan please
Hi~~ I am sorry but I have no plan data.. I build without plan normally even that is not good way at all..
Buen trabajo, disculpa amigo de cuantos HP es el motor?
Ótimo trabalho parabens,estou copiando sua ideia fazendo uma parecida
Зашёл написать про прижимные валы и вижу что только на русском написан каментарий про них. Остальных только л.с. интересуют.
What sandpaper?
Hi~ Sandpaper?? Sorry but I am not sure what you need to know??
hermosa maquina lo felicito amigo como podria conseguir los planos para tratar de construirla de antemano gracias
Why r u turning in while assambly for main shaft.
And bottom also . please explain me sir
Nice work!
La banda de lija de la base ,se puede reemplazar por una de goma?
Perfecto.muy buena idea.
how did you make the drum? I mean how did you secure the drum to the shaft?
Sorry for late reply, cut several donuts from 18mm thick plywood and laminated these donuts.. and tucked steel shaft inside of donuts hole.. simple.. right??
Ola qual a potência do seu motor?
Wish to have one built like yours
Very Nice
what are the bearings you used for the raising of the platform?
bue proyecto me gustaría saber de cuánto caballos es el motor
Which material did you use for the sliding bed? thanks
did you ever find out
안녕 하세요.
엄청 잘 만드셨네요.
저도 이 기계가 필요해서 검색하다 여기까지 …
부품 내용 리스트좀 부탁 드려도 될까요?
따라해 보려구요.
영상 감사합니다
아님 공방 지금도 하시면 찾아 뵙고 한수 가르침을 받고 싶군요
답글이 늦어 죄송합니다. 안타깝게도 공방에 굴러다니는 부품을 조합해서 만든것이어서 리스트가 딱히 없네요~~ ㅜㅜ
Very nice build, I worry for your safety welding with a nylon vest on. Please be careful!
dobra robotr 👍👍👍
👍👍👍. ✌️😎
bel lavoro
Grazie~~
👍👍👌
Possible to get plannings?
Спереди и сзади должны быть прижимные валы. А все вращающиеся детали закрыты
show muito bom mesmo, otimo parabens
멋져용
well... homemade....
체인 리프팅 메카니즘..구매처가 궁금합니다..
Добрый день друг какие применяли шпильки М10 .
Megustaria.tener.unalijadora.deesas.sifuera.de.unobeite.deancho.sittulaisierascunto.mecostaria.yadonde.tendria.que.rrecojerla.comenteme.porfabor.ylepasomunumero
Uau
제작 의뢰드려도 될까요?
회답부탁드립니다.
You have Pdf plan sir?
👏🏻👌🏻
Dali bi mi poslao mere da pokušam da napravim i ja pozdrav
difficult