Model Overview & Print Notes

__This is the new version V3, of Marsgizmo Filament Bunker__ This is a solution to keep your 3D Printing Filaments dry. It is designed for 3D Printing. Please ignore the wrong part names (currently not possible to rename them). After download, you'll get the correct parts and names. This new version is compatible with both containers (Narrow and Wide). __Check the added pictures for more details__ See the quick assembly in [my video](https://youtu.be/Es-HM-d71WA) Here's also the [previous video] (https://youtu.be/w2T6HxC_8cE) ____________________________ __What do you need to make it?__ For each individual Filament Bunker, you need (more details below): > 1 x cereal container > 4 x bearings > 1 x about 50cm (20”) of PTFE tube > 1 x PTFE connector (for 4mm OD PTFE tube) > 50 grams (1/2 cup) of Silica beads > 1 x Hygrometer > 3D Printed Parts (1 x Main Body, 1 x Silica Lid, 1 x Cylinder 1 and 1 x Cylinder 2). No supports needed for printing. ____________________________ __Where to buy the additional parts?__ The following are my affiliate links. There are 2 cereal containers (Narrow and Wide), check the above video to distinguish the differences: > Narrow Container: with big handgrips can hold Spools of 60mm width and 200mm in diameter (usually 750g Spools) Get them from here (not available in all countries): [link] (https://geni.us/pSLAo) > Wide Container: can hold Spools of 68mm width and 200mm in diamerter (usually 1Kg Spools, e.g. Prusament, etc.). Get them from here (not available in all countries): [link] ( https://geni.us/nrcXpYG) The volume of both containers is 4 liters (16.9 Cups, 135.3oz). DO NOT GET the smaller versions! Using regular 608 ZZ (or 2RS) skateboard bearings: > pack of 10: [link] (https://geni.us/uLMvbQ) > or pack of 100: [link] (https://geni.us/OiChoH) PTFE tube and connectors. I recommend 3mm ID / 4mm OD, but you can also use regular 2mm ID / 4mm OD (ID - Inner Diameter, OD - Outer Diameter) > 3mm ID / 4mm OD: [link] (https://geni.us/NIfXBG4) > 2mm ID / 4mm OD: [link] (https://geni.us/4YjDen) > PTFE M10 Connector: [link](https://geni.us/JQRSNXl) Silica Beads: > the best are Molecular Sieve beads [link] (https://amzn.to/3jljvU9) More details about [which method is the best](https://www.sorbentsystems.com/desiccants_charts.html) > silica beads with no markers: [link] (https://geni.us/ktHdsU) I recommend using silica with no color markers, the ones which are blue or orange are [slightly toxic](https://en.wikipedia.org/wiki/Silica_gel) Hygrometer (the square version, not round): [link] (https://geni.us/gAhF3) Dimensions: 46mm x 27mm / 1.81 x 1.06 inch. ____________________________ __Printing details:__ > - no supports needed! > - can easily be printed from PLA (try to use quality PLA), otherwise go with PETG. > - 0.2mm layer height for better quality, but also 0.3mm layer height works fine (lower quality) > - 3 perimeters (for strength) > - 100% infill (there’s a very tiny difference in overall quantity) > - you need in Total around 67 grams on PLA, for one complete set. > - you can print is on small beds like Prusa Mini 18x18cm (you only need to rotate the Main Body 45 degrees) ____________________________ __Check my other videos:__ [my Youtube channel] (http://youtube.com/marsgizmo) [my Instagram channel](https://www.instagram.com/marsgizmo) ____________________________ License Type = CC BY-NC-SA (CC Attribution-NonCommercial-ShareAlike) [marsgizmo](https://www.marsgizmo.com)

💬Thangs Community Comments(90)

★Thangs Original Reviews
🔄 Loading comments from Thangs...
ThangsThangs✓ Verified Model

marsgizmo Filament Bunker V3

View Source ↗
⬇ Downloads8.2K
♥ Likes1.7K
👁 Views73.1K
⚙ Print ReadyPrint Ready
ThangsOpen on Thangs↗

Download, slice and print this model in the MakerSpell app — available on Android and Windows. Get the app

ZIP
marsgizmo Filament Bunker V3.zip
Size: 4276236

License & Copyright Terms

⚖️Private Designer License (PDF)
🔒Personal Use Only (Commercial Sales Prohibited)
✂️Remix & Sharing: Subject to Platform Terms
🏷️Source: Thangs Original Publication