A1 mini AMS LITE space saver V1.2
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A1 mini AMS LITE space saver V1.2
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69
Print Profile(3)
0.16mm layer, 4 walls, 10% infill
Designer
15 h
3 plates
0.16mm layer, 4 walls, 10% infill
Designer
13.3 h
2 plates
0.2mm layer, 4 walls, 15% infill
Designer
16 h
1 plate
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69
5
377
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Released
Description
Here we have the alternative version (V1.2) for the one's who didn't like the version V1
this model saves less space BUT doesn't put all the weight on top of the gantry (which some ppl didn't like the idea of)
You will need
2 x M5 X 40 MM
9 x M5 X 25 MM
Comment & Rating (69)
All
Can we please get an all in one version that is boltless/metal free like this? I wasn't sure how to remove the holes so that it would all fit together and printed all in one piece using supports for the overhangs or if instead of bolts it could slide together like a mortise and tenon or dovetail -- I extended the feet for the rigidity and split off the overhangs so that it could fit on the X1C plate. Using PLA Tough with no need for screws, In this current all in one print it looks like it'd take just about 16 hours with supports.
The designer has replied
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Can you link to this model?
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I didn't finish putting it together I just took the files the OP had posted and put them together the best I could line up the holes.
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Replying to @hbell16
i'll post that soon :)
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Fully assembled, with a splash of colour. Looks very sharp, but I think it's more of a side grade then an upgrade. It's very sturdy, but the v1.0 version was totally fine. This takes up a lot of length, enough I had to move things around to make it fit. I can't see the v1.0 ever breaking, and this doesn't save nearly as much space. Great option, but people were just paranoid about the height of the first design without any actual validity.
The designer has replied
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thank you for the perfect explanation of the V1.2
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Replying to @aim6mac
Both are totally fantastic. Whatever one someone picks, it's a significant improvement over the stock configuration. I've got both printed up now so I can mull over whichever one I prefer!
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Replying to @JameJame
thank you for your support and trust :)
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Just the ticket for making the Combo more compact!
The designer has replied
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glad you liked it , saves lots of space on my desk aswell!
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looks like it worked out really well for you, i'm glad
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can you share this design please?
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Print Profile
0.16mm layer, 4 walls, 10% infill
Initially hard to get together but once made it's bang on for what I needed.
The designer has replied
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thank you for 5 star rating :), i hope you will like it on long run aswell, it's the one i'm using for my a1 mini at the moment.
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Where can I find the blue piece?
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@dennu.andersson it's printed with PETG for more riggidy.
:)
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first failure. used the 3mf directly from the app. trying again with no changes looks like it'll fail same way.
The designer has replied
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seems like your first layer doesn't stick well, clean your bed with IPA?
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Replying to @aim6mac
turned down the part cooling for the tiny bridges between the larger feet. still not amazing results but usable. thanks for the suggestion and the model.
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Thanks for the design. Is this hole under the leg (part 3) used to attach to another part?
The designer has replied
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no don't worry about that hole :)
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Print Profile
0.16mm layer, 4 walls, 10% infill
In general, the profile works well. I found some wobbling between the holder part and the adapter. I solved with a scraper 😉, now rock solid. Thanks for the space save.
The designer has replied
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print just one layer sheet, fold it into two or three, put it in between, works like a charm, use the scraper for something else :)
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Print Profile
0.16mm layer, 4 walls, 10% infill
Printed nicely!
The designer has replied
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very nice, !!
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How do you tighten down the bolts? There are no threads on your pieces so they just spin and the thing is so wobbly.
(Edited)The designer has replied
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nothing special, just tighten them without overtightening
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Replying to @aim6mac
holes are too big
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Replying to @MusicCity3D
if the hole are too big... then you must be NOT using M5 bolts
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Hi, version 1.2 is also very interesting, can you give us the dimensions of the entire structure including the printer? so I can understand if it fits me?
Thank you
The designer has replied
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from the back of the printer to the back of the feet is 22 cm, from the back of the printer to the furtherest point of the ams system (filament spool) is 30 cm.
(Edited)1
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Replying to @aim6mac
I love this version! Is there any way to further shorten the front-to-back distance?
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Replying to @bruce23301
hi there, glad you like it, although the front to back is made that distance with keeping the size of an average filament spool thickness, so making the distance shorter wouldn't be compatible with 'thicker' filament spools
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License
This work is licensed under a Standard Digital File License.
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