Excellent model and nice improvements (I was using the V1 design before this) 🙌🏼 I printed the 7-day version with some customized text font, and also rearranged days of the week so it’d start on Monday for first bin (after using the V1 design for some time, I found that I’m always refilling it on Sunday evenings, so my personal preference was to have it start with the first bin on Monday rather than Sunday). I used Amolen “Fossil Gradient” PLA for the bins, Bambu PLA metal (cobalt blue) for the dial, and Bambu PETG translucent (clear) for the cover. After several fit issues with the cover on the V1 design, I took an extra precaution for this one to make the cover slightly more narrow. I measured in the slicer that the cover was a few tenths of a mm wider than its slot width in the bins. So I rotated it back to default orientation, scaled the width down a few tenths of a mm, and rotated back. Not sure how necessary that all was, but it worked perfectly! Thanks again for sharing!

turned out great 👍🏼💦🌺 The pieces screw together nicely and onto water bottles nicely. The pour is a great smooth shower spread pattern and doesn’t leak at the cap, but it pours quite fast due to the large air vent hole I did the long spout version and printed it in Bambu PLA metal (green and copper). I also made a small little TPU plug for the air vent hole in the handle, because without it (at least for me) the spout seemed to pour a bit too quickly for gentle and targeted watering without spilling and/or draining the water bottle really quickly. After adding the little plug I made, it still pours in a nice shower pattern like rain, just much slower now due to the air restriction (which I personally prefer). It just feels a lot easier to control the pour with the hole plugged in my opinion. It’s probably also not a perfect seal, so some small amount of air may still be going past it while pouring. Happy with it overall though, handy little spout tool!

Printed out perfectly and great fit on a standard size cans! 👌🏼 thanks for sharing this 🆒 design! Beanie base: Protopasta Nebula Pastel Cotton Candy HTPLA, 0.15mm layer height, 13% gyroid infill, 3x walls, cryogrip glacier plate Beanie: CookieCAD Pumpkin Spice (orange marble) PLA, 0.16mm layer height, 18% gyroid infill, 2x walls, G10 smooth plate Beanie topper: CookieCAD Vanilla Chip (white marble) PLA, 0.14mm layer height, 20% gyroid infill, 2x walls, G10 smooth plate

Came out nicely, just need some snow now ❄️😭Heading on a ⛷️ trip soon though, so hopefully I’ll get a chance to test it out then! I did 4 walls and 30% gyroid infill, printed it in two colors of PLA+ on my A1. Dowel fits nicely and the scissor action works great, feels like it will make some great mini snowballs!

Came out nicely, just need some snow now ❄️😭Heading on a ⛷️ trip soon though, so hopefully I’ll get a chance to test it out then! I did the extra strength version with 5 walls and 30% gyroid infill, printed it in two colors of PLA+ on my A1. I used supports just since the handle overhangs looked pretty steep, but may not have been necessary. Also did 6x walls on the dowel. Dowel fits nicely and the scissor action works great, feels like a solid spherical size for making a really good snowball!

This seems like an excellent filament clip design, but I’ll need a bit more time using them to really know just how well for sure (I initially said the same thing about the previous filament clip design I was using, until I eventually realized some of the issues they had with time). This clip design addresses some of those issues I had with my previous clips though, and beats using the built-in clip holes in most spools. I really like that it doesn’t stick out beyond the spool outer edges at all. They fit nicely and hold the filament ends well. The ridges on bottom side are nice for positioning the clips in a fixed spot when you have a tightly-wound spool. I printed one of the regular profile clips and one of the low profile clips in PLA meta, both at 0.16mm layer height, 20% gyroid infill, and with a small outer brim for extra adhesion on the smooth plate I printed them onto. No issues and they look great 👍🏼will make some more with time

Printed great, works nicely! 👍🏼

Love this little Nautilus! 🦑 Thanks for sharing 🙌🏼

I did 6x of the tall ones in Jayo 95A TPU for my A1. I slowed down speeds some and left my smooth plate unheated for the print. They stuck to the plate pretty well, but popped off nicely with the help of the scraper after a few minutes to fully cool. Needed a little cleanup (trimming and de-stringing) after printing, but overall turned out nicely and they work well at reducing printer vibration noise 👍🏼

⛓️🔗Chain gang 🔗⛓️👍🏼 Great design and profile here! I customized it a bit for my personal setup, but overall it turned out excellent, looks really cool, and is a great permanent addition to my A1 setup. I ended up using 12x of the 5-point links, 3x of the 5-point to 4-point transition links, 25x of the 4-point links, and one of the 4-point end caps. Printed all pieces in PETG-HF at 0.20mm layer height on a G10 (smooth) bed plate, and left wall loops and infill settings as-uploaded. I also added a small outer brim on each piece to help with adhesion on my smooth bed plate, but I have my personal brim settings (filament and bed plate combo) nailed-down well enough through experimentation that all the chain link brims came off super easy (without leaving attached bits that need further trimming). Assemby was smooth and easy as well. Thanks for sharing this design! 🙌🏼

Turned out looking amazing, and the listening code works flawlessly, thanks for sharing this awesome piece of retro memorabilia! 🔊🧲📼🙌🏼 I did the 3:2 scale version in 2 separate plates on my A1 with a 0.4mm nozzle. I used PLA matte black, PLA matte dark red, PLA matte bone white (for the label), PLA matte white (for the tape reel gears), PLA matte brown, and PLA metal iron gray (for the label text). Printed the label all at 0.20mm layers and the cassette tape base with 0.16mm layers.

Perfection 👌🏼 This updated design solves all the issues I had with the previous version (which didn’t include a lid or spout), and it’s implemented much better with this design than my shoddy attempt at adding a spout to the previous version 🤣 works great for transferring desiccant beads in or out of the original desiccant container 👍🏼 I printed just the larger size in PLA matte (terracotta) at 0.16mm layer height with 3x wall loops and 30% gyroid sparse infill on my A1 with a G10 (smooth) bed plate. I’ll likely print some more of these eventually for other uses. Thanks for sharing the design! 🙌🏼

Very nice and handy little reference print piece to get an idea on fuzzy skin settings to apply for future designs/prints. 👍🏼 I enlarged it (135% uniformly), added hemisphere cutouts (to see the fuzzy skin on flat faces), added variable layers (3x portions separated by filament color for 0.20mm, 0.16mm, and 0.12mm layer heights, since the fuzzy skin appearance changes some with different layer height settings), updated to 3x wall loops and 20% gyroid sparse infill, and added some additional text / legend info on the baseplate. All mods done in the slicer. The filaments and paint coloring I added didn’t create much more wasted material with how I set it up - I had 12x total swaps resulting in ~3.5g of total waste. I used PLA basic (red and yellow) and PLA matte (black and orange). Printed it on my A1 with a G10 (smooth) bed plate and stainless steel 0.4mm nozzle. Thanks for sharing the design! 🙌🏼

Turned out great! But required some X-Y hole compensation before working smoothly for me. I did the V4 design with PETG and Hanglife brand connectors. The first one I printed (without any X-Y hole compensation) resulted in way too much friction on the outer 4 filament slots, causing me to have to manually help intervene. The internal ports have a diameter of about 2.5mm as-modeled, which in theory should leave plenty of room for a 1.75mm filament, but once you add any shrinkage, it quickly becomes a tight fit. I attempted many ways of sanding the internal ports to open them up, but still kept having issues with friction. Eventually I printed a second one with 0.25mm X-Y hole compensation, which resolved my friction issues. That setting adjustment also expanded the female threads though, so to keep a good fit with the connectors, I had to take a chopped & cloned little bit of the M6 thread, scale it both X and Y to 95%, then merge that shrunk thread back in at all thread locations.

Printed 2x of these at once on my A1 in PLA+ at 0.20mm layer height (I did the reinforced profile with 3x wall loops and 25% infill, which I modified to gyroid pattern for my print, along with adding a second copy on the plate). Everything came out nicely 👍🏼 Functionality of this design for holding golf balls and golf tees is great! Balls snap in with a tight fit, and the tee holes are perfect for my tees (no drilling or other hole widening needed). Thanks for sharing this nice design!

Printed out nicely in PLA+, but I had to up my bed plate temps and add an outer brim. holds 5X tees well, and it’s a tight fit with all loaded (I found it’s easiest to load them without fighting the tight fit by spearing each one in from the side rather than trying to snap each one in from the top). Nice little hat or bag clip accessory for golfing 👍🏼

Realllllly nice little ball caddy 👌🏼 I did the multicolor AMS version at 0.20mm layer height, and customized text with 2 colors and styles (making 3 colors total, only a couple added filament swaps). I used PLA+ with 3 wall loops and 27% gyroid infill for the main body just to give it some good rigidity and flexibility. Then just a couple colors of PLA basic for the text. 🔓The spring clip works great (better than I thought it would to be honest). After I updated to 3x wall loops, that pretty much solidified any infill sections in the spring clip part, so that may have helped add some additional tension in the spring, but I haven’t tried stressing it open or anything yet, and don’t really feel the need to lol. ⛳️The golf balls snap in and out really snug, so they aren’t going anywhere without intention. And once they snap in, tolerance (fit) opens up a bit allowing them to rotate/spin pretty freely, which is awesome! 👏🏼 And the tee holder slot is a tight fit (almost got stuck!)

Sleek look and works very nicely 👌🏼 comfortable mouse wrist rest, even in PLA 🐭 It’s noted in the profile description, but not super obvious once you download and open it in your slicer…. Plate 1 is for left hand, plate 2 is for right hand. I just did plate 2 for right hand, and used AMS with my A1, and it turned out great. I added variable layer height so I could do 0.2mm layers in the flat base (I used Bambu metal PLA), and then 0.08mm layers in the honeycomb pillars (I used marble PLA). I’ll probably make a few more of these, so I can have one at my office, home, etc. It’s nice that they only use like 20g of filament, and less of each individual color… seems like it could be a good item to print for using up little leftover ends of filament rolls

Beautifully crafted with all the tender sweetness ❤️ of a seasick crocodile 🤮🐊 This model is such an awesome Christmas decoration. The two parts easily fit together for assembly (I used some gorilla glue) and the profile had no issues for printing on my A1, although I made a few personal setting tweaks. I printed all at 0.16mm layer height. I did the sleeve in red and white PLA (between 8-15% gyroid infill, 3x wall loops for the white part just to help obscure any light transmission through), and the grinch hand in lime-green silk PLA (16% gyroid infill, 2x wall loops) with fuzzy skin added (0.31mm width, 0.9mm distance), and using tree supports (32 degree threshold angle). Also slowed my speeds and accelerations for print and travel. Came out looking perfect first go 👌🏼