stormlight

PPZ416

Chessboard Set NO GLUE required!*square pieces are TIGHT fit*&nbsp;Prints required:1 x board (includes two parts)64 x board pieces (32 in each color)32 x chess pieces (16 in each color)1 x Lock (same color as the board)2 x border (1 in each color)&nbsp;Extra part:2mm x 20cm steel rod&nbsp;Supports (optional):Normal Support for the main board&nbsp;&nbsp;

Chessboard Set

chess set ideas

DrJones

An OpenSCAD parametric funnel with some options like<ul><li>outer diameter, stem diameter, stem length, cone angle</li><li>air gap (so air can escape while stuff flows in)</li><li>“turbo” fins (number, angle, depth), also good for holding filtration paper away from the funnel walls</li></ul>This is a vase mode model, so it needs only a few grams of filament and prints fairly quickly. If a funnel gets messed up beyond cleaning, not much plastic is wasted.&nbsp;Printing:<ul><li>use vase mode</li><li>set extrusion width to 0.7mm (or more) for stability (0.4mm or 0.6mm nozzle)</li><li>set bottom layers to 0</li></ul>A note on “turbo” finsI&#39;d like to comment on those turbo fins: I consider them mostly useless. Some think that a vortex speeds up flow, but that is true only under some conditions: e.g. to get water out of a bottle. The vortex forms a stable air channel in the center, so air can get in while the liquid pours out. Without it the rising air bubbles get into the way of the falling liquid. The same problem can arise when funneling some liquid into a bottle and the funnel covers the whole bottleneck. Then a vortex can help – if it is strong enough to indeed form an air channel. I&#39;ve seen “turbo” funnels, where those ‘turbo’ features are way to shallow to bring the vortex up to speed, and most design&#39;s vortex fins actually get very steep near the bottom and thus slow down any vortex motion…If the funnel does NOT close up the bottle neck, air can escape at the side, and a vortex is not needed at all. Actually it&#39;s counterproductive, as the centrifugal force counteracts the water getting down. My conclusion: If your funnel can block the bottleneck, use a funnel with a built-in air gap.&nbsp;However I implemented turbo fins for 2 reasons: <ul><li>For you to try out if they actually can help funneling. I also implemented a version with fins that do not get nearly vertical near the bottom.</li><li>These fins can be useful for filtration. They keep a gap between filter and funnel wall and thus allow already filtered liquid coming out at the side to easily flow down. Many coffee machines use those fins, too.</li></ul>

parametric vase mode funnel

kelley

VIVI Official

<h3>Print One, Two, Three, or more…</h3><h4>There are only three components needed for endless possibilities:</h4><ul><li>Connecting unit for the bottom and for connecting different units. (Red - Middle &amp; bottom)</li><li>Top unit for a smooth top on your modular drawers. (Red - Top)</li><li>Drawer unit this is the drawer where you put your stuff. (White)</li></ul>&nbsp;This modular drawer can be Stacked, and adapted to your needs, feel free to remix it for further Customization :)&nbsp;Cheers.

Modular Drawer for your desk - 模块化抽屉

storage

gaming decoration 

Schnitzl

An oloid is a geometric shape discovered by Paul Schatz in 1929, formed by connecting two circular disks at right angles through their edges. It&#39;s fascinating because of its unique rolling motion, which combines a wobble and a smooth roll that is both satisfying and mesmerizing to watch. The oloid rolls in such a way that every point on its surface touches the ground at some point during its motion, making it a space-filling shape. Its construction from two circles and its ability to roll smoothly make it a subject of interest in both mathematics and art. This combination of simplicity in design and complexity in movement highlights the elegance of geometric principles in motion.&nbsp;Outer Dimensions: ~5cm tall&nbsp;<figure class="image image_resized" style="width: 63.03%"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000510369/design/2024-06-23_4224274b9ac388.gif"></figure>&nbsp;There is even an interesting <a target="_blank" href="https://youtu.be/Dbfl_hgXS4g?si=izP30hGELdlzVgq9" rel="nofollow noopener">song</a> about oloids!&nbsp;

True Oloid (Parametric One Part Print)

toys

Inofaith

A cute lill guy, now in color 3d-model not mine

Toothless

dragons

RJ Design

The Design&nbsp;NOTE: Version 2 is now live, it fixes the issues that users have been experiencing below:&nbsp;It can be found here: <a target="_blank" href="https://makerworld.com/en/models/497301#profileId-411727" rel="nofollow noopener">https://makerworld.com/en/models/497301#profileId-411727</a>&nbsp;This is an almost impossible passthrough illusion.&nbsp;The Larger Barrel shaped object passes through the smaller hour glass object.&nbsp;There may initially be some friction, so carefully pass the pieces through each other to loosen the fit.&nbsp;This is a fun piece and can be used as a fidget toy as well&nbsp;Dimensions are approximately: diameter 46mm x 50mm&nbsp;Let me know if you experience any issues.&nbsp;If you enjoy this print consider giving it a boost (It&#39;d really help me out!)&nbsp;Printing&nbsp;Standard settings should work fine to slice. 0.2 layer height, i advise not going below 0.16mm layer height as the print started failing at this point.&nbsp;&nbsp;My WorkAfter many years in Engineering, I&#39;ve just decided to try and follow my childhood dream of becoming of a Creative Designer.A Creative Designer of what? No idea! Right now I really like puzzles, mechanisms and kinetic sculptures so that&#39;s where I&#39;m going to focus my efforts.&nbsp;Boosts really help me out&nbsp;To support me even more (not ever required), for information around development of my models (background to come) and for commercial use, i&#39;ve started a patreon here:<a target="_blank" href="https://www.patreon.com/RJ_Design" rel="nofollow noopener">https://www.patreon.com/RJ_Design</a>

Impossible Vortex Passthrough illusion

spatial toys

Henlor

Little cap for the filament hub on the Bambu Lab A1. It prevents the dust from entering inside the channels when you don&#39;t use the AMS lite.