bamiller2001

agepbiz

I wanted to recreate one of the toys from my childhood but designed it as a print-in-place model.<figure class="media"></figure>I made two 3d printable versions where one is completely print-in-place and a version where you can snap-fit some colors onto it. -no support structures -0,15mm layer heightSubscribe or follow me on Instagram: <a href="https://www.instagram.com/agepbiz/%E2%80%8B" rel="nofollow">https://www.instagram.com/agepbiz/</a> Twitter: <a href="https://twitter.com/agepbiz" rel="nofollow">https://twitter.com/agepbiz</a> This was 3d printed on a Prusa Mini+ using Fillamentum PLAI recommend printing the “snakeinplace_testpart.stl” first to make sure your printer can handle the clearance between the articulated parts. PLA wears down over time due to friction so the joints might become loose

snakeinplace - Print-in-place and Articulated Puzzle Toy

Puzzles

blecheimer

Describtion: There are a lot of AMS risers on makerworld and I looked at all of them. Most of them have the same issue: They are large, beefy and need supports to be printed - that means lots of filament are necessary. I wanted a riser, that uses less than one spool of filament, is very robust, lets me open the top cover so that it stays open for ventilation, has a sufficent opening at the top to work on the printhead and of course has enough room for the AMS. So I designed my own AMS riser. It is so robust that I can stand on it. With my print settings (see below) it uses 840gr filament and can be printed in about 24 hours. All my settings and the part arrangement on five plates is included in the 3MF file. A step file for your own modifications or remixes can also be downloaded.&nbsp;Dimensions: 409 x 369 x 87 mm 840 gr&nbsp;Material: I recommend a sturdy filament like PLA, PLA+ or PLA-CF. Maybe PETG will work but the stationary tensile strength of PLA is just higher. I have chosen PLA-CF from Eryone because I always wanted to try it.&nbsp;Print settings: You can find my settings in the 3MF file together with the part arrangement on five plates. With my settings the print time is about 24 hours and you will need 840gr filament. for the parts: 4 walls 5 tops 5 bottoms 25% adaptive cuboid infill 0.2mm layer height no support for PLA-CF (Eryone) Nozzle: 0.4 mm Nozzle-Temp: 225°C Bed-Temp: 60°C Cooling: 100% @ second layer onwards Volumetric Speed: 12 mm³/s Outer Wall: 150mm/s Inner Wall: 250mm/s Infill: 200 mm/s Top Surface: 150 mm/s Bridge: 50 mm/s&nbsp;Assembly: Put the parts of the lower half together using the provided connectors. I highly recommend that you use superglue or 2K expoy on the part interfaces for extra stability. Do the same with the top. Then slide the top half on the lower half and secure it with glue. The designed gap between the parts is 0.15mm - that should be no problem for a Bambu printer.&nbsp;&nbsp;Disclaimer: This work by blecheimer is licensed under <a target="_blank" href="http://creativecommons.org/licenses/by-nc-sa/4.0/?ref=chooser-v1" rel="nofollow noopener">CC BY-NC-SA 4.0</a> You are not allowed to copy this model to other 3D printing websites without my permission.

Puzzles

Bambu 3D Printer Parts