Видео

A newer version will be uploaded tomorrow.

​@@M.SKhan123 Well tomorrow can be wait. Can you list the electronics in your video? You only provided the hardware

I made a newer version of it and will be uploaded in a week each and every information will be provided, thanks for your intrust.

Thanks for share❤

I am using a PC Power supply so connect black wire of pc supply to the common terminal of switch 1 and green wire to the normally off terminal of switch 1. Another manually on-off switch 2 is connected parallel to switch 1. When you turn on switch 2 power gets on heat the hot end when the motor drives it pulls filament and filament press switch 1 now turn off switch 2. When the filament ends switch 1 turns off the whole system will turn off. Switch 1 is mounted near the hot end, and switch 2 is mounted on the backside off the PC supply.

@@M.SKhan123 How about connecting the hotend, thermistor, and tap switch to the motherboard? and where is the power supply? and will you add files for 3 buttons?

@@baddafin8751 Things are shown in schematics did You download it from Google Drive, the link is in description.

You should check your Arduino code stepper motor is not the issue, You can ask anything in the comments, and I will answer as per my knowledge.

@@M.SKhan123 Thanks for responding, I really like your videos. The stepper motor is new. This differs in torque from the Nema 23. We do not have the money to change the motor, that is why we wanted to ask if you would sell us the code or charge us for a .hex with the torque specifications of the 4240.

@@julianandres7807 drive.google.com/drive/folders/1lYxeGgfz6ipwSPjyhbe0s-IVgFcV45zB?usp=sharing

@@M.SKhan123 plissss

@@julianandres7807 drive.google.com/drive/folders/107YBj3zhr7pXWNTnvg_SXrcV4XUwFoQf?usp=sharing

I think not possible to cut such big bottles.

@@M.SKhan123 is there any chance you will modify your device to change input bottle diameter? Maybe add a small construction change with a rack or worm gear, that can move rod base position? I probably try to do it myself, but maybe you also planned to do something like that, so I decide to ask you first.

What are Your thoughts.?

and even share the assembly diagram of the card as a diagram with separate connections to external workers

I try to make a detailed video and instructions in few days.

Hay un adaptador para la fijación de orificios de 12 a 7 mm y también hay un perno para apretar la varilla.

Thanks

Necesitas 4 casquillos de latón para 4 cuerpos principales. Atornille el motor al cuerpo 1 e inserte un casquillo en el otro orificio. El engranaje impulsor del motor está en el eje del motor y el engranaje 2 está en el siguiente orificio. Coloque el cuerpo 2 en esta configuración e inserte el segundo bus de latón solo en el orificio del cuerpo principal 2. Coloque el engranaje 3 en el orificio para que el engranaje 2 se conecte con el engranaje 3. Ahora coloque el cuerpo 3 en esta configuración con el casquillo ya insertado en la parte inferior. del rodamiento. Luego inserte el rodamiento en su lugar en el cuerpo principal 3. Coloque el engranaje de salida con el eje insertado en el rodamiento para que este engranaje de salida se conecte al engranaje 3. Ahora coloque el rodamiento y el casquillo final en su lugar en el cuerpo principal 4 y colóquelo. en toda la configuración y atorníllelos todos juntos.

@@M.SKhan123 bien, pero puede marca cual es el engranaje 1,2,3 etc.? Que tipo de casquillo es?

would you please help me

You need 4 brass bush for 4 main bodies. Screw the motor on body 1 and insert one bush in other hole. The motor drive gear is on the motor shaft, and gear 2 is in the next hole. Place body 2 on this setup and insert the 2nd brass bus in only the hole of main body 2. Place gear 3 in the hole so gear 2 connects with gear 3. Now place body 3 on this setup with already inserted bush at the bottom side of the bearing. Then insert the bearing in its place on the main body 3. Place the output gear with the inserted shaft to the bearing so this output gear connects to gear 3. Now put the bearing and final bush in their place on main body 4 and place it on whole setup and screw them all together.

@@M.SKhan123 I'll try

ok I will try

@@M.SKhan123 thanks. eagerly waiting. gud luck bro.

PET is slightly heavier than other materials, around 350 grams without electronics.

Merci, sautez le pôle central de chaque enroulement sur le moteur pas à pas, de cette façon vous aurez 4 pôles, 1 à 3 et 4 à 6 broches. Pour le code, tout ce que vous avez à faire est de démarrer le chargeur hexagonal (inclus), de connecter l'arduino et de sélectionner le port COM en hexadécimal. chargeur, puis téléchargez le fichier hexadécimal Arduino (inclus) et téléchargez c'est tout. n'importe quelle question à laquelle je suis ici pour répondre.

@@M.SKhan123 merci pour votre réponse mais quesque vous appelez chargeur et ou trouver le fichier exadecimale

@@brunoturbin4323 Il y a un lien de Google Drive dans la description pour télécharger tous les fichiers. Le chargeur Hex, le fichier Hex, les schémas et la carte PC sont tous disponibles en téléchargement.

You can print an adapter plate to convert NEMA 23 to NEMA 17

Thank you for, your encouraging comment.

Open link copper.carbide3d.com/rapidpcb/ and upload GRBL and convert to GCODE for CNC or Laser.

Thank you very much!

Wonderful!

If You join filament it usually breaks on bending or jam Hotend. Best and trouble-free method is to pause print and change filament. Speed and temperature also matter, start building it and if you need any help I am here. 5 L no problem.

Thanks, this device looks complicated but it is simple.

Thank you for the nozzle diameter and pressure setting, thanks to you I can use pet filament.

You can salvage them from old printers.

Thank you so much, this is the project that my students are doing inspired in your work. ruclips.net/video/4AsFnJlE5-4/видео.htmlsi=ViUeNFO-Z1ENnaZA

I have just finished all documentation along with few new mods. I will upload it today anytime, Thanks.

Right, but it's built as a toy that shoots pencils.

www.thingiverse.com/thing:6700929

GRBL Files are available You can order them from JLC pcb,PCB way, or any of your local PCB makers. You can make it on VERO board.

OUT OF PLASTIC BOTTLES

@@M.SKhan123 isnt that toxic

@@reedyea1358 It does not melt plastic it only heats. I think it's safe however You can put it outside the room.

@@M.SKhan123 ah ok, my 3d printer just broke for some reason, it has trouble reading usb, it takes an hour to recognize a usb but then when i print anything it sticks to the extruder. ive tried recalibration and heating the bed less and more, can you help?

tHAT IS VERY GOOD SUGGESTION

Tufting gun needs some work but as You see people do not like it so I put it aside

Glad it was helpful!

@@M.SKhan123 1 layer typically enough?

@@BM-ik7mj Yes if acid dissolves coper with in 30 minutes

Gracias. Me gusta tu sugerencia y la tendré en cuenta. Ese proyecto es viejo.

@@M.SKhan123 es muy chulo su proyecto siga así.

@@Erosgenuino GRACIAS

Gracias, se puede aumentar el tamaño del carrete.

Lo que hago pausar la impresión y cambiar el relleno. Sin embargo, estoy haciendo un dispositivo que une tiras de plástico.

@@M.SKhan123 estaré expectante de su nuevo proyecto.

@@Erosgenuino Gracias

Thanks for subbing

So nice of you

It only heats not melts

@@M.SKhan123 Thanks 👍

If you can do carbone filtering with somethimg like solder fumes extractor you are even safer

Shukria