3D Printing: Making your own filament (3 Solutions!) скачать в хорошем качестве

3D Printing: Making your own filament (3 Solutions!)

3D Printing: Making your own filament The Question: I"m considering making my own filament, with a device like the one at http:// www.thingiverse.com/thing:380987. Partly because it's another machine to build, which is cool, but also to save money on filament. Has anyone here tried to make their own filament? My main questions are: Is the quality comparable to typical off-the-shelf filaments? Put another way, with reasonable tuning can one produce filament that's good enough to use without a lot of frustration? Does it require a lot of attention to tuning, monitoring, or other details (which make it less worthwhile / more time-consuming)? Warning of pitfalls to avoid is also welcome. Are there useful things one can do this way, that are hard to achieve with off-the-shelf filaments? For example, unusual materials; better control of diameter, density, etc; or mixing one's own colors? Solutions Sample (Please watch the whole video to see all solutions, in order of how many people found them helpful) == This solution helped 6 people == You can basically use any machine that pulverizes your pellets into small pieces. One_guy_on_3dhubs,_explained_it_in_details. My conclusion is that you can recycle everything using this data gathered from research up in link there. Also, you can use any plastic material and pulverize it into pellets (even from the bottles) and you can try to do this process. Only thing that matters is quality of product. I was thinking about pellets from vinyl records. I bought one big collection before one year, and there was around 500-600 records that are completley useless. So, you can pulverize them and repeat the process, because process of making vinyl records and process of making bottles is completley different, and uses different kind of plastics. So to draw a conslusion: everything depends on quality of pellets. And to answer on your three questions: Is the quality comparable to typical off-the-shelf filaments? Put another way, with reasonable tuning can one produce filament that's good enough to use without a lot of frustration? No, it isn't Your filament would be lower quality if you don't get a great pellets. Does it require a lot of attention to tuning, monitoring, or other details (which make it less worthwhile / more time-consuming)? Warning of pitfalls to avoid is also welcome. Yes it does. Check the link up there. Are there useful things one can do this way, that are hard to achieve with off-the-shelf filaments? For example, unusual materials; better control of diameter, density, etc; or mixing one's own colors? Again, it all depends on type of filament you like to use. I wrote about plastic filaments. With thanks & praise to God, and with thanks to the many people who have made this project possible! | Content (except music & images) licensed under cc by-sa 3.0 | Music: https://www.bensound.com/royalty-free... | Images: https://stocksnap.io/license & others | With thanks to user Trish (https://askubuntu.com/users/8884), user TextGeek (https://askubuntu.com/users/40), user Leo Ervin (https://askubuntu.com/users/381), user Josip Ivic (https://askubuntu.com/users/334), user amra (https://askubuntu.com/users/75), user 0scar (https://askubuntu.com/users/5740), and the Stack Exchange Network (https://3dprinting.stackexchange.com/.... Trademarks are property of their respective owners. Disclaimer: All information is provided "AS IS" without warranty of any kind. You are responsible for your own actions. Please contact me if anything is amiss at Roel D.OT VandePaar A.T gmail.com.