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This is a 3D printed ball. Please use it at the size it is set to. I believe the wall thickness to lattice sizing is critical to maintain, and that this will become distorted when scaled causing the part to fail. I recommend printing in…
Standard PLA+ Settings, and (1x) 6-32 screw tightened down all the way into the pawl so it doesn't move.
I printed the version in the pictures at about a 50% scale of what was provided in the .stl files, mainly to get it printed quickly for the contest. I printed the black section at 30% gyroid infill with 3 perimeters and at 0.3mm layers. I…
I used blue PLA at 0.3mm layers and 15% support cubic infill. Designed for a surgical glove size 9 hand, or a medium nitrile glove-sized hand.
Various kitchen tools for kids to play with. I recommend printing in PETG in the event the children try to put things from it into their mouth (just in case). I printed in PLA+ using organic supports and 0.3mm first layer, 0.2mm layers…
I used yellow PLA+ for the plant clip, to lock them secure as shown in the cover photo. I printed with 2 perimeters and 25% gyroid infill.
Printed in blue PLA at 0.3mm layers and 25% infill standing straight up with organic supports. Works very well.
I printed with yellow PLA+ at 0.2mm layers. Print with a minimum of 30% infill with gyroid infill. It is designed with a breakaway cylinder. Once supports are removed, take a mini flathead screwdriver and gently tap in between the coils…
I printed in green PETG, using 0.3mm layers and 5% lightning infill. In post-processing I cleaned up the bottom edges with snips. I have a spin clip design that can be compatible with this model. I printed at 40% scale, so I needed an…
I used PLA+ with standard settings. All that is required is an M3 screw of sufficient length for the pawl. Don't overtighten so it can still rotate.
Various measuring tools for kids to play with. I recommend printing in PETG in the event the children try to put things from it into their mouth (just in case). I printed in PLA+ using organic supports and 0.3mm first layer, 0.2mm layers…
I printed in green PETG, using 0.3mm layers and 5% lightning infill. In post-processing I cleaned up the bottom edges with snips. I have a spin clip design that can be compatible with this model. I printed at 100% scale, but I would…
MMU2S modified blade holder to prevent jamming and slippage of blade. This is a definite improvement, but I just had enough vibration to loosen the screw causing the blade to slip again. I will need to revisit the modification. For now, I…
I used 8mm x 3mm neodymium magnets, in tandem with black PLA+. Standard print settings.
2 creasing wheel sizes - 1mm with 1.5mm depth (wheel 2) and 1.5mm with 1mm depth (wheel 1). I designed these to be compatible with 608-2RS Ball Bearing and two 6-32mm screws. I printed one in black PLA+ and the other in yellow PLA+ at…
Standard PLA, Resin printing would likely be best. My 0.2mm nozzle couldn't print the finer details, so I ended up clipping the top half which is shown in the picture.
This is a keychain with a snap in place insert. Print at 100% infill for both, you want them stiff. To remove, bend the outer casing and it will release. For the text, cut with 0.75mm, Arial bold, with captial letters.
I used yellow PLA+ for the clip, to lock them secure as shown in the cover photo. I printed with 2 perimeters and 25% gyroid infill.
I needed an easier way to communicate to my colleagues when I was working in-office or from home. That's what this design is for. It has slots in the back to press-fit 8x3mm neodymium magnets into the design. I would suggest using color…
I printed using rectilinear supports sideways (long-axis) with a 0.3mm gap between supports and print. When removing supports it should already start rotating freely. Add a small amount of WD40 into the groove to eliminate the squeaking…
I used yellow PLA+, 2 perimeters with 0.2mm layers and a 25% gyroid infill.
I used organic supports with 0.3mm separation between model and part, I printed in silk PLA, but think that PLA+ or PETG would be superior. I used 0.3mm layers, but more detail would develop with 0.2mm layers. Once printed use pliers to…
Standard PLA+ settings.
I used 8mm x 3mm neodymium magnets, in tandem with bone white PLA+. Standard print settings. Print 2 of them.
I used 20% support cubic infill at 80% scale of what I designed.
I used 15% gyroid infill and organic tree supports with 0.28mm layers and 2 walls.
I used 0.3mm layers in olive green PLA+ with no supports, a 5 layer internal brim only, and 3% lightning infill for the hat. I used TPU at 0.2mm layers in bright green for the hat band with no supports. I used yellow PLA+ with organic…
Standard PLA or PETG settings. No supports needed. Link to Amazon for model information: https://www.amazon.com/dp/B0CFQC4DB3?psc=1&ref=ppx_yo2ov_dt_b_product_details Name of air compressor: “Compressed Air Duster-3 Gear Adjustable…
I used PLA+ at standard settings for the base. I used TPU at standard settings for the “rubber” feet. I used scotch tape to secure the pad to the base. Glue would also work well.
I will print this in orange PETG at 0.2mm layers in 2 separate pieces, with organic supports at a 0.2mm contact if needed. I traced the howling coyote design template from this website:…
Standard print settings. PLA is fine if your book isn't in hot environments. I personally prefer PLA+. Otherwise, I would recommend PETG or Nylon PLA. Bottom supports and it is good to go. I prefer the thinner version (updated version).
Standard TPU, I used Giant Arm Blue TPU at 10% infill. Air Purifier Name: "M1 UV & 3 Stage H13 HEPA Air Purifier. Sleek Aluminum Design, Ultra"
Use a modifier block for the g-code. The alien and the base I set to 80% grid infill, and lightning infill at 20% for the lamp/umbrella.
I needed something to hang my headbands, as they were cluttering up my desk space. I printed the headband hanger using yellow PLA+ at 0.3mm layers. I used 8-32 screws with accompanied nuts to secure components together. I used organic…
Designed for pin buttons with weak tin holders. Printed with 0.2mm layers, with paint-on supports underneath the pin overhang using 15% rectilinear infill with yellow PLA+. Added a second strengthened option, recommend to print at 40%…
This is my final iteration of the Gecko Bookmark. This is a no-slip bookmark that uses angulated contact points to resist slipping out of the book and losing your page. I fixed the print consistency issue of prior iterations, and the page…
I designed it for this battery pack: 2PCS 3 x 1.5V AA Battery Holder, 3 AA Battery Case Box Holder 4.5-5V with Cover and On/Off Switch, with USB Cable for Indoor & Outdoor Use, Wedding, Party, Camping, Birthday, Christmas (…
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