Play around with the print profile as much as you like, but beware: Here be dragons!
Following process parameters are mandatory:
Global - Wall generator: Arachne
Global - Wall loops: 5
Global - Sparse infill density: around 30 % (15 % will produce a Sieve and not Mesh!)
Global - Sparse infill pattern: Rectilinear (also tested Line and Honeycomb)
Objects (ending in "Infill.stl") - Wall loops: 0
Objects (ending in "Infill.stl") - Top shell layers0: 0
Objects (ending in "Infill.stl") - Bottom shell layers: 0
Only mess with the print profile process parameters, if you know exactly what you are doing and what the consequences are.
This is the one you came for:
"All-in-One boxes" contains all boxes: Main, Side and Second row.
This the All-in-One split up:
"Main boxes" contains only the Main boxes.
"Side boxes" contains only the small Side boxes.
"Second row boxes" contains Main and Side boxes of the Second row.
Boost Me (for free)
Do you like this model? That's great!
My wife doesn't like the fact that I'd rather develop and print 3D models than re-watch Grey Anatomy with her.
Maybe I can impress her with a few “boosts” or “thumbs up” 😊.
I've now tried a few desiccant containers, but none of them have really satisfied me. So I took the ideas I liked best and programmed AMS desiccant boxes from scratch in OpenSCAD.
This is my first model that I am publishing. Have mercy on me. Everything worked well for me, but if something doesn't work for you, write to me. Greetings go out to @anishgoyal, he inspired and encouraged me to upload my model.
Filament spools can remain in the AMS, and the containers can be removed easily and without fiddling to change the desiccant.
The lid slides open. When closed, the box can be lifted by the handle without the lid slipping down, gravity prevents accidental opening. At the same time, the sliding mechanism wastes practically no space.
While we're on the subject of filling up, here's how: open the lid, replace the desiccant. That simple? Yes, it's that simple! The large lid opening makes funnels and fiddling unnecessary.
Fine-mesh ventilation openings, which are both stable and can be printed quickly by using infill patterns, ensure excellent drying. 10 % relative humidity is the norm in my AMS. Measured with an external hygrometer, as I don't really trust the small round hygrometers. Despite this, there is a box for round and one for rectangular hygrometers. And yes: the round hygrometers fit both in the 12/6 version and in the 10/4 version.
Print only the large boxes, then you already have space for 180 grams of desiccant and are ready with one printing plate.
Would you like a little more? Two more containers for the sides, for another 30 grams of drying agent.
Extravagant? The fine gentleman prints a second row and has space for a further 162 grams.
A total of 372 grams of desiccant. That's enough. More is better, everyone knows that, but that's enough, trust me.
The first three containers would have been enough... but you've read this far, you want it all!
The boxes open and close with the most satisfying click that is possible with plastic on plastic. Auditory confirmation provides satisfaction.
“Click” oh yes, do it again!
If you want to adjust the print profile: lower shell thickness, upper shell thickness and wall lines must remain set to zero for the objects that end in “infill”, otherwise the boxes will be sealed. Play around with the print profile as much as you like, but beware: Here be dragons!
I started developing 3D objects myself in 2010, when I got into 3D printing with Prusa Mendel. I still use the software I used back then: OpenSCAD. So if anything should not fit, let me know, adjustments are done with a few variables, because this model was also created from scratch in OpenSCAD.
01.02.2025:
Feedback from @thosti that the Bambu Lab hygrometer fits a little too loosely.
I have ordered the B-XF001 hygrometer, checked the fit and revise the model.
You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.
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