🟠 Multi Filament System for Creality K1 and K1C: th-cam.com/video/zW_LQTWsoRs/w-d-xo.html 🟠 Multi Filament System for Creality K1 Max: th-cam.com/video/1EkyMdFxhik/w-d-xo.html 🟠 Inventor's Garage Store: www.inventorsgarage.store/
Thank you so much for this info, I have been fighting with some issues and to see under a microscope what is happening makes so much sense, I'm changing the way I do things right now!
Beautiful... I hope someone releases a Multi Material system for this printer similar to the AMS, I know there are some OpenSource projects, but at this point I just prefer to pay for something already built
0:30 You DO know what that print looks like, doncha? 🤣🤣🤣 possibly might have been a good idea to open with another print, methinks. An interesting project. 👍
quick update, I bought a moisture meter years ago (I do custom woodworking also) and tested the rolls; the one reads 7% and prints very well. Another one reads 47% and prints terrible. It's a pinless meter, making progress
I had 2 thoughts while watching this video (above and beyond the AI made the red part disappear in your beard which was like "wait...what?!?!?!" 🙂). #1. I'm not sure it applies in this case, but I often see some people making the assumption that the amount of humidity in a roll is consistent throughout the roll. My own personal experience printing very large prints shows me this isn't the case. One print in mind was like a 500g print, and despite my storing the roll in an airtight container with desiccant and drying it for 6 hours in my SUNLY S2 dryer right before user, the print hot a little stringy/wispy towards the end of the print. This tells me the inner part of the roll held more moisture than the outer part of the roll despite my best efforts. The inverse would be true too if you exposed a roll to a lot of moisture, there is no guarantee that the inner most parts of the roll have absorbed as much as the exterior. This may not apply/mater in your case as I think your print samples weren't using a lot of filament, but I just wanted to share this observation from one engineer to another. #2. I often print TPU directly from my SUNLU S2 while it is drying to ensure maximum dryness of each layer as it is laid down. This helps A LOT with stringing on TPU Prints. Your MFS is essentially performing the same task by exposing the outer roll of the filament to the heat in a rotating manner, and your comparison from 30/60/90/120/150/180 bears witness to this. That alone makes this an extremely valuable addition to the Creality printers, as you are recycling the heat from the printing to dry the rolls... That's very environmental as you aren't wasting the heat from the printer, and you are not spending energy on to heat up a separate dryer. I look forward to the enhancements you bring in the future.
I agree with all your arguments. By the way, each 2 hours print uses 64g of filament. I don't believe it get so deep on the roll to influence on humidity absorption, but, as soon as I get my new equipments I'll destroy one roll extracting samples and analysing the moisture rate to validate the theory of different levels of humidity absorption depending on how deep is the filament in the roll. Thank you very much for your time to write, and for your kindness on explaining your thoughts😉
🟠 Multi Filament System for Creality K1 and K1C: th-cam.com/video/zW_LQTWsoRs/w-d-xo.html
🟠 Multi Filament System for Creality K1 Max: th-cam.com/video/1EkyMdFxhik/w-d-xo.html
🟠 Inventor's Garage Store: www.inventorsgarage.store/
Super nice video! I loved the microscope images ❤ I am excited to see the video with the new equipment - keep it going! 😊
Thank you so much for this info, I have been fighting with some issues and to see under a microscope what is happening makes so much sense, I'm changing the way I do things right now!
Beautiful... I hope someone releases a Multi Material system for this printer similar to the AMS, I know there are some OpenSource projects, but at this point I just prefer to pay for something already built
0:30 You DO know what that print looks like, doncha? 🤣🤣🤣
possibly might have been a good idea to open with another print, methinks. An interesting project. 👍
HAHAHA for sure, I'll remove it from my cover libs, it is a part of a project I didn't publish here
quick update, I bought a moisture meter years ago (I do custom woodworking also) and tested the rolls; the one reads 7% and prints very well. Another one reads 47% and prints terrible. It's a pinless meter, making progress
I had 2 thoughts while watching this video (above and beyond the AI made the red part disappear in your beard which was like "wait...what?!?!?!" 🙂).
#1. I'm not sure it applies in this case, but I often see some people making the assumption that the amount of humidity in a roll is consistent throughout the roll. My own personal experience printing very large prints shows me this isn't the case. One print in mind was like a 500g print, and despite my storing the roll in an airtight container with desiccant and drying it for 6 hours in my SUNLY S2 dryer right before user, the print hot a little stringy/wispy towards the end of the print. This tells me the inner part of the roll held more moisture than the outer part of the roll despite my best efforts. The inverse would be true too if you exposed a roll to a lot of moisture, there is no guarantee that the inner most parts of the roll have absorbed as much as the exterior. This may not apply/mater in your case as I think your print samples weren't using a lot of filament, but I just wanted to share this observation from one engineer to another.
#2. I often print TPU directly from my SUNLU S2 while it is drying to ensure maximum dryness of each layer as it is laid down. This helps A LOT with stringing on TPU Prints. Your MFS is essentially performing the same task by exposing the outer roll of the filament to the heat in a rotating manner, and your comparison from 30/60/90/120/150/180 bears witness to this. That alone makes this an extremely valuable addition to the Creality printers, as you are recycling the heat from the printing to dry the rolls... That's very environmental as you aren't wasting the heat from the printer, and you are not spending energy on to heat up a separate dryer.
I look forward to the enhancements you bring in the future.
I agree with all your arguments. By the way, each 2 hours print uses 64g of filament. I don't believe it get so deep on the roll to influence on humidity absorption, but, as soon as I get my new equipments I'll destroy one roll extracting samples and analysing the moisture rate to validate the theory of different levels of humidity absorption depending on how deep is the filament in the roll.
Thank you very much for your time to write, and for your kindness on explaining your thoughts😉
@@InventorsGarage you are awesome!
Do you do this in Portuguese? Nao gosto o AI Ingles.
I'm using AI only when my time is short, it's a way to save time on editing, at least while this channel is still small, I don't like it either 😆
why does it say "TRANSLATED BY AI?"
He records the video in Portuguese and uses AI to translate it into another language like English.
What tool do you use for this AI translation? Thanks!