Prismatic Vase Mode Silica Gel Container. Super fast print 3D model thumbnail

Prismatic Vase Mode Silica Gel Container. Super fast print

by Addi(c)tiveManufacturing · via Printables
FormatSTL
CategoryHome
LicenseCC BY-SA
Triangles283.9k
UploadedMay 8, 2024
⬇ 130 downloads ❤ 26 likes 👁 807 views

Description

The main advantage of this container is the use of vase mode, which reduces a lot the print time. Please look at the pictures, where you can find most of the instructions. BODY 📷 Image redacted — claim this model to add your own media 15 different body sizes are available (X, Y) 40x25, 40x40, 40x50 [mm] 50x25, 50x40, 50x50 [mm] 60x25, 60x40, 60x50 [mm] 80x25, 80x40, 80x50 [mm] 100x25, 100x40, 100x50 [mm] For each size, you can choose between 4 heights: 25, 50, 75, 100 mm. This model is designed for vase mode. Please select a Wall Line Width above 0.7mm to make the parts strong enough. You can achieve this with a 0.4mm nozzle by lowering the print speed and, if necessary, increasing a bit the temperature. LID Two lid design are available: FlexyLid (Experimental) 📷 Image redacted — claim this model to add your own media This design uses a 0.2mm gap on the arm to enable flexing in order to latxh onto the body. Thanks to the front latxh, once the lid is fully seated, it can prevent the beads from falling, even if layed down. It needs an elastic filament able to flex before breaking. I only tested it in PETG, so that's the material I recommend. Dual Lid 📷 Image redacted — claim this model to add your own media Simpler design, has no particular material requirement. The only downside is that it risks spillage when stored in the layed down orientation. I strongly suggest using a rubber band to prevent it from opening. The little recession around the lid enables a thin 1mm rubber band to sit flush without protruding. 📷 Image redacted — claim this model to add your own media If this has been helpful to you, saved you some time or some money, please consider supporting me with a tip trough Ko-fi. https://ko-fi.com/addictivemanufacturing
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Originally published on Printables