I mean, commercial printing is typically 300-600 DPI…
So many interests, so little time and money. Always interested in talking to more like-minded people!
Where you can find me on the internet: nathanupchurch.com/me
Keyoxide: https://keyoxide.org/31E809FAEA1532AC91BBDCF1EC499D3513F69340
- 0 Posts
- 5 Comments
- NathanUp@lemmy.mltoTechnology@lemmy.world•The open-source, DRM-free Open Printer shows off a working prototypeEnglish4·11 days ago
- NathanUp@lemmy.mltoTechnology@lemmy.world•The open-source, DRM-free Open Printer shows off a working prototypeEnglish3·11 days ago
A bunch of rollers that need to be cleaned fastidiously if you want them to keep working.
- NathanUp@lemmy.mltoTechnology@lemmy.world•The open-source, DRM-free Open Printer shows off a working prototypeEnglish2·11 days ago
That’s just what happens when you have stuff dissolved in solvents.
- NathanUp@lemmy.mltoTechnology@lemmy.world•The open-source, DRM-free Open Printer shows off a working prototypeEnglish8·11 days ago
That’s direct thermal, not laser. Problem is direct thermal prints don’t last very long and the paper is expensive. Thermal transfer uses expensive ribbons, and laser is super complex.
Maybe? Sounds like a tricky thing to automate and then you also have solvent as an additional consumable. This is a problem even with huge industrial inkjets.