Thank you for sharing with us keep the projects coming glad l found you make it easy to build need this for rabbits food have 40 rabbits to feed ya got this from Canada 🇨🇦 SK thks Merry Christmas to yours 🎉😊
This was a great project, thanks for sharing again in an updated video format. Your design and implementation are both wonderful, and this project is the reason I subscribed. I have a question. You made the tubular housing from a plate by scoring lines and using your press to bend into a tube, with the scores on the interior. I would have thought that in this application it would be desirable for the scores to be on the exterior so that material, e.g. wood dust, feed mix, does not get caught in there. But then I noticed it looked like you coated the inside walls with something. What did you coat it with, please? Also, I noticed on your build and others that the pellets get slung to only one side of the exit chute, which makes perfect sense due to the centrifugal force. It seems it might be more efficient somehow, maybe to avoid build up of pellets in the chute, to have the chute angled at an angle to match the angle at which the pellets are thrown. This might be an unnecessary complication, but it is something I thought about. I wonder if you thought about this too? Thanks again, Sir. I enjoy your channel and wish you best luck.
I WANTED TO FORM THE OUTER TUBE OF THE PELLET MACHINE WITH THE HELP OF A SHEET ROLLING PRESS. UNFORTUNATELY THE WORKSHOP THAT HAD A ROLLING PRESS REFUSED TO ROLL THE PLATE BECAUSE IT WAS TOO THICK. SO I PROCEEDED AS IN THE VIDEO CLIP. THOSE SPACES BETWEEN THE MOLD AND THE OUTER TUBE ARE FILLED WITH SAWDUST OR FEED MIX . THE OUTPUT CAN BE MODIFIED SO THAT THE PELLETS CAN BE REMOVED MORE EFFICIENTLY. THANK YOU FOR YOUR APPRECIATION. I WISH YOU HAPPY HOLIDAYS.
Thank you for sharing with us keep the projects coming glad l found you make it easy to build need this for rabbits food have 40 rabbits to feed ya got this from Canada 🇨🇦 SK thks Merry Christmas to yours 🎉😊
Merry Christmas to you. I am happy you enjoy this type of videos.
This was a great project, thanks for sharing again in an updated video format. Your design and implementation are both wonderful, and this project is the reason I subscribed.
I have a question. You made the tubular housing from a plate by scoring lines and using your press to bend into a tube, with the scores on the interior. I would have thought that in this application it would be desirable for the scores to be on the exterior so that material, e.g. wood dust, feed mix, does not get caught in there. But then I noticed it looked like you coated the inside walls with something. What did you coat it with, please?
Also, I noticed on your build and others that the pellets get slung to only one side of the exit chute, which makes perfect sense due to the centrifugal force. It seems it might be more efficient somehow, maybe to avoid build up of pellets in the chute, to have the chute angled at an angle to match the angle at which the pellets are thrown. This might be an unnecessary complication, but it is something I thought about. I wonder if you thought about this too?
Thanks again, Sir. I enjoy your channel and wish you best luck.
I WANTED TO FORM THE OUTER TUBE OF THE PELLET MACHINE WITH THE HELP OF A SHEET ROLLING PRESS. UNFORTUNATELY THE WORKSHOP THAT HAD A ROLLING PRESS REFUSED TO ROLL THE PLATE BECAUSE IT WAS TOO THICK. SO I PROCEEDED AS IN THE VIDEO CLIP. THOSE SPACES BETWEEN THE MOLD AND THE OUTER TUBE ARE FILLED WITH SAWDUST OR FEED MIX . THE OUTPUT CAN BE MODIFIED SO THAT THE PELLETS CAN BE REMOVED MORE EFFICIENTLY. THANK YOU FOR YOUR APPRECIATION. I WISH YOU HAPPY HOLIDAYS.
@@DorelBorlea Thank you, good information. Merry Christmas
What was the diameter and thickness of your die wheel? Trying to make one myself and this is the first video I really like. Thanks!
@@zgood88Thanks. Die diameter 250mm ,thickness 30mm.