jimellc

RP47 Designs

<p>Print at 100% infill with a layer height of 0.08mm with a base layer of 0.16mm</p><p>&nbsp;</p><p>Filaments Used:<br>    PLA+ IIID Max Black Transmission Distance: 0.5<br>    PLA+ Sunlu Grey Transmission Distance: 2<br>    PLA+ IIID Max White Transmission Distance: 5.6</p><p>&nbsp;</p><p>Swap Instructions:<br>    Start with Black<br>    At layer #15 (1.28mm) swap to Grey<br>    At layer #23 (1.92mm) swap to White for the rest.<br> </p>

Grayscale Owl Hueforge

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Keenz Kustomz

<p>Ever wanted to make your own Croc Jibbitz out of anything random?! Now you can. </p><p>&nbsp;</p><p>Print these little bases and you can super glue any objects you like onto it, just like my Cinderwing Gemstone Taddling</p>

Croc Jibbitz Base

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3D Art

<p>Very nice Organicer for ear Sticks.</p><p>&nbsp;</p><p>Have fun with it</p>

Q-Tip Holder 

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layrgoods

<p>Printed using (1) Matte Brown, (2) Matte Black, (3) Matte Red, and (4) Matte White PLA filament. </p><p>&nbsp;</p><p> Should slide on relatively easily once printed, it does block the sd card slot once installed however there are no issues with fit if the SD card is pre-installed.   Antenna print is optional, tolerance is tight. Mine twisted in fine but you may need to clear out the required hole for it with an allen wrench or small screwdriver.  Supports are required for main screen. </p>

Retro TV X1C screen Cover

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KefmaDE

<p>"4 IN A ROW" is a strategic two-player board game, also known as "Connect Four." The game board consists of six rows and seven columns, where players take turns dropping their tokens. The objective is to be the first to connect four of one's own tokens horizontally, vertically, or diagonally. Players must strategically plan their moves to either create their own four-in-a-row or simultaneously block the opponent. I designed the game in a compact box, making it convenient for on-the-go or travel gaming.</p>

4 IN A ROW - Travel Edition

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Jopek Design

<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/570986/2024-01-09_stcppr0a0obd.png"></figure><h4><strong>Dimensions (LxWxH)</strong></h4><p>162,5 x 59,4 x 47 mm (100% scale)</p><h4><strong>Basic information</strong></h4><p>The model is divided into 6 movable articulated segments, which grant the model with lifelike movement, and a high range of flexibility.</p><p>&nbsp;</p><p>The model is using a second generation of linkage system, which was designed to be downscaling, and bigger layer heights friendly. The holes in the linkage system have been changed from a circular shape into an oval, which introduces more play on the top and bottom parts of the link, meaning, that the filament can droop much more, without causing any problems with mobility of the links. This means, that you can downscale the model much more, than it's predecessors! And as a cherry on the top, the new links are tougher than ever before! This will be handy to anyone, who is using a brittle filament, or going crazy with scaling experiments.</p><h4>Files information</h4><p>You can choose from total of 2 files: <strong>.3mf</strong> (recommended); <strong>.stl</strong> (for slicer compatibility issues);</p><p>&nbsp;</p><figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/570986/2024-01-09_m0poqg90fdsa.png"></figure><h4><strong>Material</strong></h4><p><strong> </strong>PLA</p><h4><strong>Layer height</strong></h4><p><strong> </strong>≤0,2 mm</p><p>or</p><p>>0,2 mm + variable layer height</p><h4><strong>Infill</strong></h4><p>>10%</p><h4><strong>Support</strong></h4><p>None. The model was designed not to require any support material.</p><h4><strong>Scaling</strong></h4><p>Possible, however, If your machine isn't calibrated properly, has accuracy problems, or if you're dealing with filament issues, downscaling isn't recommended. When downscaling, proceed cautiously, and don't go too small, unless you want to risk mobility related issues. When printing a downscaled version, adjust layer height in proportion to the scale.</p><p>But be careful, if you're printing a downscaled version, the dorsal fin is quite small, and it's sticking out quite a lot, so it might not have enough time to cool down while printing. To eliminate this issue, print at least two instances of the model, or add a simple tower with the same height as the model. This will force the nozzle to move away from the fin, and allow it to cool down properly.</p><h4>Orientation</h4><p>Default, laid flat on the belly</p><h4>Adhesion aid</h4><p>Not necessary, contact area with the buildplate should be sufficient. If your print surface suffers from poor adhesion, consider using some adhesive spray, or other kind of adhesion booster. Using brim is possible, but not recommended, as it would be difficult, and inconvenient to remove afterwards.</p><h4>Other settings/ideas</h4><p>To make the model look even cooler, add a filament change into your gcode, and print the belly in a different color.</p><p>&nbsp;</p><p>In this section, you can find a list of all updates and fixes, which were introduced to the model along the way. Each update will be explained thoroughly, so that you know, which issue was every specific update adressing. If you're having any problems with the model, you can check here, if a new, revised version of the model, has already been released, in a response to your problem, or not. </p><p>If you run into any issues with the model, please pay a visit to a section of known issues, which can be found just below the Updates and fixes. If you won't find your specific problem in there, don't hesitate to contact me via dm.</p><figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/570986/2024-01-09_5pbvl2sjdjuf.png"></figure><h4>Update 1 (7/1/23)</h4><p>Added .stl version of the model to solve compatibility issues with some slicers, which don't (yet) offer .3mf files support. Both, .3mf and .stl versions are identical, but the .3mf version is more storage efficient, and carries additional useful data for your slicer, so if your software of choice supports both file formats, go for the .3mf version. To make the files easily distinquishable, and to help to avoid confusion, the .stl version is placed in a separate folder named <strong>“stl version”</strong>. This update was released just to deal with .3mf file slicer compatibility issues, and it doesn't introduce any changes to the model itself.</p><figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/570986/2024-01-09_1qzax9yrba3c.png"></figure><p>There currently aren't any known issues/work in progress. If you run into any, please contact me via dm.</p><p>My work is free for personal, non commercial use. If you want to sell, or monetize my models in other way, please contact me via dm, and we will discuss details, terms and conditions, and your individual pricing plan.</p><figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/570986/2024-01-09_jw6qhtz2jijj.png"></figure><p>My work is free for personal, non commercial use. If you want to sell, or monetize my models in other way, please contact me via dm, and we will discuss details, terms and conditions, and your individual pricing plan.</p>

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