- Joined
- Jan 18, 2010
- Messages
- 15,892
- Reaction score
- 8,903
- Points
- 453
- Location
- Residing in Wicklow Ireland
- Printer Model
- Canon/3D, CR-10, CR-10S, KP-3
I eventually got a clear plastic box suitable to use for a Dry box, the courier somehow managed to damage the first box, so I had to wait for a second to be delivered, the box I got is called Really Useful Products.
This type of box is not air tight, but I don’t suppose it will make a huge difference but if it does then I’ll pack the lid with spray foam to seal it, and at least I have that option to do later if need be. Pic 1
I used much the same bits and pieces from thingiverse.com as @Nifty, which there are many to choose from there, but I went with a piece of 22mm copper pipe for the spool rod and a similar type of support, Pic 2 also the plastic hollow screws and nuts for the sides, Pic 3, I then used Open SCAD to make an inner core for some of the Reels. Pic 4.
I managed to get 4 reels into my box, and I made up little plastic spacers as separators to keep the filament reels in position and apart from each other, I finished off with pieces of foam to keep the filament dust free as it leaves the box. Pic5
I now have the container in its print position, it’s 50 and 90 cm from the printers Pic 6, and inside the box I have temperature / hydrometer gauge and Mini Dehumidifier along with a pack of desiccant beads. Pic 7.
When installed the humidity level was at 65% and over night that has dropped to 48%, so despite not having the container air tight, everything seems to be working as planned.
I used the two-printers feeding from the box at the same time and the filament flowed very smoothly, the only trouble I had was with the PETG filament, it eventually clogged up the nozzle and I was forced to switch to PLA to get going again. (The PETG is an ongoing project) ...
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Click and all the Pic will be enlarged..
This type of box is not air tight, but I don’t suppose it will make a huge difference but if it does then I’ll pack the lid with spray foam to seal it, and at least I have that option to do later if need be. Pic 1
I used much the same bits and pieces from thingiverse.com as @Nifty, which there are many to choose from there, but I went with a piece of 22mm copper pipe for the spool rod and a similar type of support, Pic 2 also the plastic hollow screws and nuts for the sides, Pic 3, I then used Open SCAD to make an inner core for some of the Reels. Pic 4.
I managed to get 4 reels into my box, and I made up little plastic spacers as separators to keep the filament reels in position and apart from each other, I finished off with pieces of foam to keep the filament dust free as it leaves the box. Pic5
I now have the container in its print position, it’s 50 and 90 cm from the printers Pic 6, and inside the box I have temperature / hydrometer gauge and Mini Dehumidifier along with a pack of desiccant beads. Pic 7.
When installed the humidity level was at 65% and over night that has dropped to 48%, so despite not having the container air tight, everything seems to be working as planned.
I used the two-printers feeding from the box at the same time and the filament flowed very smoothly, the only trouble I had was with the PETG filament, it eventually clogged up the nozzle and I was forced to switch to PLA to get going again. (The PETG is an ongoing project) ...







Click and all the Pic will be enlarged..