AMS Enclosure—Constructing a Mech-Style AMS Enclosure Using a 70 RMB Fish Tank

Shopping List: (Total: ¥123.8)

① One acrylic fish tank, 50×30×35cm, ¥74.6

② Sixteen 608ZZ bearings, approximately ¥12. These can also be 3D printed; models are available in the library—locate them yourself.

③ AMS lite extension cable, 1 meter, ¥16.05 (Not essential; if the machine is nearby, the original cable may suffice)

④ Six meters of PTFE feed tube, ¥21.15 (Not essential; if the machine is nearby, the original cable may suffice)

See the document for detailed purchasing information

Total filament consumption: approximately 1788.12g

Both files must be downloaded and printed

Assembly requires no adhesive; hinges simply require insertion of 1.75 filament. Removing supports requires patience, especially those within seams; tools are necessary

Existing axles must be removed; connecting rods require unscrewing and dismantling—these parts will be temporarily unused

A hole must be drilled in the side of the fish tank for data cables. I used a soldering iron; a heated screwdriver could also be employed

The six-meter PTFE feed tube was cut into two 1.5-meter lengths and two 1.25-meter lengths

Result after installation:

As an aside, my Bambu X1C enclosure solution cost ¥230 for a 60×60×60cm network rack. It's convenient and aesthetically pleasing, with easily accessible latching sides for cleaning, and pre-drilled holes. While some prefer complete enclosure, certain vents may require sealing with tape. I found complete sealing unnecessary; my primary concern was winter insulation for printing