Prints well in PLA. Requires a bit of post-processing to smooth the needle. I recommend a deburring tool.

Prints well in silk PLA with no post-processing required. The print has great detail and texture for a 0.4mm nozzle. The backside of my print has minor defects that I suspect were due to debris on the print bed. The model could potentially be improved by adding holes for a magnet on the backside. You could also make a smaller double sided version with a hole for a keychain.

Prints well in PLA with no post-processing other than installing the m4 nut and thumbscrew. The interlocking pattern on the inner side of the outer hoop and outer side of the inner hoop is a very nice touch.

Prints ok in PLA with some post-processing required. Bed adhesion issues with the hooks. I tried printing just the hooks after fully cleaning my build plate. I got better adhesion, but the hooks came out warped...they should still be usable with a bit of trimming. As others have pointed out, there is 1 hook missing from the print profile. Since the hooks are the most likely piece to fail or break, perhaps you could make a print profile for just the hooks. You could include a version with brims for better bed adhesion. It's easy enough to select just the hooks from the app, but a separate print profile could still be helpful. The ironing on top of the round bit is pretty rough. Unsure if that's an issue on my end from using PLA instead of PETG. Overall really cool model!

Prints well in PLA. Supports are difficult to remove and feel a bit excessive, especially compared to the other A1 Mini profile that uses tree supports. It's difficult to remove the supports from the smaller skull without snapping the loop off.

Prints well in PLA and silk PLA. Supports snap off easily. Thank you for making an A1mini profile!

Thanks I hate it! Prints well in silk PLA. Minimal post-processing, just a bit of stringing in the eyes and mouth.

Prints well in PLA with minimal post-processing; supports remove easily. Fits the KC018 candle well. The slight taper on the inner circumference centers the candle perfectly. I imagine this model scales quite well. It would be cool to have different profiles for different size candles/lights. The only potential improvement to this model would be a tighter fit so the candle wouldn't fall out of the holder when you turn it upside down to turn on. On the other hand, you can easily pull the candle out by the wick to turn it on. And I don't mind the wider tolerance that could accommodate slightly larger candles if you don't have the KC0XX candles from Bambu Lab. Mine came out a bit stringy, but I suspect this is due to moist filament on my end. I used Sunlu PLA+ Red, and I live in a humid climate. Mine also came out with small hole on one side [pic 6]—not sure if that's meant to be there or not...? TL;DR: fantastic print!

Prints well in PLA. Supports can be difficult to remove, so the underside can be a bit rough. Twizzlers—at least in Canada—are flat on the bottom. Redesigning the model to match would eliminate the need for supports. Overall, I love this model! There's something about fake candy that appeals to me. These could be used as play food, decor, hair sticks, etc. They would work great as stir sticks for parties as long as you print them in a food safe filament. I'd love to see a TPU version as well.

Prints well in PLA. Supports are difficult to remove, especially at the distal interphalangeal joint—it's difficult to tell what is support material and what is part of the joint itself. The model has a nice balance between anatomical accuracy and geometry that makes it quick to print. I'm planning to print a whole bunch of these for various projects...maybe even a bone chandelier.

Prints ok in PLA. Could use supports on the underside for a cleaner finish. The thickness of the attachment points makes it hard to install on MOLLE webbing, but it does provide a solid connection. Unique idea!

Prints well in transparent PLA, and supports snap off easily. Light diffuses well. The only improvement I'd suggest is having the mushroom cloud and candle base in the same print profile on different plates instead of 2 entirely separate profiles.

Prints well in PLA. Considering this was printed with a 0.4mm nozzle, the details are pretty solid. The attention to detail in the model itself if superb. I grew up in North America playing Crash Bandicoot, and the inclusion of the K-A rating makes me unreasonably happy lol. Filaments used: Sunlu PLA+ Black, Red, Yellow, and White

Prints well in PLA. Thanks I hate it. 🫠

Prints well in silk PLA. The seam works well for the model, implying the seam that would be on a paper cup. Hilarious. Edit: oops, hit submit before I finished typing.

Prints well in PETG. This kubotan has a nice weight to it. The surface is very smooth...kind of ironic; the incredibly clean surface makes the kubotan a bit slippery to hold. I used sandpaper to add a bit more texture to the grip. I suggest adding a version with knurling or fuzzy skin, at least on the grip. This might be a me problem, but bed adhesion was a little too good on the textured PEI plate. I haven't printed with PETG in a while, so again, this might be a me problem, but I had to use a razor blade to remove the brim material from the print bed. Is that normal with PETG?

Prints well in PLA. This model is hilarious! The base came out perfect, and the lettering on the plaque is fantastic. The myelin on my 2nd neuron [ironic to print 2 "last nerve", I know] came out a little rough, but it's easy enough to clean up. One of the dendrites had a bit of a struggle, but it happened on the same dendrite, so I suspect that bed adhesion issue is on my end. The articulation is a nice touch. But the fact that it's not articulated at that first myelin sheath bothers me just a little ngl. With some modifications, this could make a cool fidget toy: increase the degree of movement at each articulation. Have the axon terminals and dendrites taper to a flat, or even make them into TPU bristles [for lack of a better word]. The nucleus could be a button, either a spring mechanism or made from squishy TPU. Colours used: Creality EN-PLA Blue, Sunlu PLA Matte Bright Yellow, Bambu PLA Basic Red, Sunlu PLA+ White, [Sunlu Silk PLA+ Red, Yellow, Green]

Prints well in PLA with no post-processing. I printed 4 at once, and 1 got a little buggered, but I think some foreign material found its way onto the build plate. Probably still useable after a bit of cleanup. I do worry about the strength of the tabs with how tightly these fit onto the webbing. If this has been an issue, you could alter the tabs to have a long and short side [like the c clip in pic 5]; that would make the patch easier to put on the webbing, but it would still hold secuely. Alternatively, you could add a milimeter or two to the width.

Prints well in PLA, but not all filaments are strong enough for the axle. I printed 2 axles out of Sunlu PLA Bright Yellow, and they both snapped on assembly; the ones I printed in Sunlu High Speed PLA Black held up fine. I don't believe this is an issue with the print profile. [EDIT: I've had a number of axles snap, including ones made from Sunlu High Speed PLA Black. I'd love to see a redesign of the axle. Still 5 stars.] The spikes in the provided profile are on the sharper size, and they may be too sharp for some people. That said, they strike a great balance between sharpness and durability. I love the customizable aspects of this roller. The spikes are ever to slightly asymmetrical, so on my most recent print, I alternated the spikes (pic 3). I'd love to see more options for spike size/shape, or even different textures for the roller. Perhaps the axle can be redesigned to allow for easier disassembly which would allow you to customize the roller on the go.