While I don't have the original AMS at this point, this desiccant holder was my goto for the AMS. It works great to hold standard bead desiccant. Printed in ASA to survive baking it out at high temperature.

While I don't use every tool, when you need to uncouple the tube from the buffer this really is the goto solution.

Still on the kitchen table, two years on.

The profile supplied printed with ASA for high temperature dehydration results in too tight a fit for the Bambu spool. Scaling up was found to be necessary.

Tried a number of cutting guides, but this is the one I kept.

Printed with PLA-CF. Given the layers are basically invisible, the creature looks very good!

This is the second print I make on my X1C after a test object. The result is great and I'm still using it two years later.

Works for small circuit cards.

An easy print, though the interface between segments of the cover has significant gaps. I used a glue to fill the gaps. Clearly tolerances are always an issue, but I think the design is too loose.

Printed both AAA and AA cases. Wish there was a CR123 version.

Turned out good

Appears to be a scan of a plastic model. When printed the result is good, but the part number of the model is present. That said it looks good from normal visual distance.

Scaled up the model. The result is very good. Spent a lot of time with this jet....

Turned out nice.

Works as advertised. Boosted as well.

Printed the bottom desiccant holder in Polylite PC Max. Of note Creality's bagged desiccant clearly blocks air flow from the fan outlet into the main chamber, where using this holder with desiccant beads clearly results in a lower humidity. Though using the top cover desiccant holder provides far more desiccant and is recommended.

Printed both the heat deflector and filament spool guide with Polylite PC Max. Didn't use screws given the guide is sufficient to hold the deflector in place. Given PC there is no deformation with +85C operation of the dryer.

Printed with Polymaker Polylite PC Max using Polymer's profile. Fitting the door requires filing the housing area near the pointed end of the door given likely swelling of the fiber. Otherwise the door while not a perfect fit is sufficient to contain the desiccant. The overall assembly drops over the pegs without force. My take is that the door / house needs refinement given practical printing tolerances. But this is the best thing available right now and clearly works with a little effort.

Unfortunately toothpaste tube threads are not universal. I scaled this design slightly to fit the travel and primary tubes.