Charris

Amao Chan

This is an African elephant with 22 movable joints. The joint design of this elephant is different from the common chain-like design. These joints can be adjusted and fixed at different angles, allowing the elephant's trunk to be lifted and posed in various preferred positions. The tightness of the joints depends on the hardness of the materials used for printing. Using harder materials will result in tighter joints.&nbsp;The reason it is named "Blank" is to encourage the printer to add color to the elephant's body. For those with multi-color 3D printers, they can try printing each segment in different colors.&nbsp;When printing, please start by printing the tail. If the tail can rotate properly, then use the same printing settings to print the other parts. If the tail gets stuck and cannot rotate, please reduce the material flow to continue printing.&nbsp;3D printing settings Layer height - 0.2mm Infill Density - 12% No supports. <a target="_blank" href="https://www.facebook.com/amaochanstudio/" rel="nofollow noopener">https://www.facebook.com/amaochanstudio/</a> <a target="_blank" href="https://amaochan.work/" rel="nofollow noopener">https://amaochan.work/</a>&nbsp;多關節素坯非洲象這是一隻有22個可轉動關節的非洲象這隻非洲象的關節設計與常見的鍊條式的設計不同，這種關節可以調整角度後固定，因此這隻大象的鼻子可以抬起並且擺出自己喜歡的姿態。大象的關節結緊迫程度與使用的材料硬度有關，使用愈硬的材料列印則關節的緊度愈緊。之所以取名為(白胚)的原因，就是鼓勵列印者能幫大象的身體上顏色，若有多色3D列印機的朋友就可以試著在每一段使用不一樣的色彩列印。&nbsp;列印建議 列印時請先列印尾巴，若尾巴能正常轉動，就以相同列印設定來列印其他部分。若尾巴卡住無法轉動，請減少材料流量來列印。 層高-0.2mm 免支撐 填充-12%

BLANK ELEPHANT

Fun stuff

marber

This is a flexible phone case for the Apple iPhone 15 Pro. It optionally supports the addition of an <a target="_blank" href="https://a.co/d/7HGvZoN" rel="nofollow noopener">adhesive metal MagSafe ring</a> in the back pocket, and has a separately printed inlay ring for lens protection.&nbsp;The main case is meant to be printed in flexible TPU (I had great results with Polymaker Polyflex 90A). The lens protection ring works great in PLA.&nbsp;The model is <a target="_blank" href="https://cad.onshape.com/documents/70041709cf11d601cc649319/w/ec826482c19def6071a09e91/e/ebc5cb5a616e3ae7187e86bf?configuration=Hexagon_back%3Dtrue%3BLens_protection_ring%3Dtrue%3BList_DYlRskUA7MicAm%3DMagSafe_pocket%3Bhexagon_size%3D0.006%2Bmeter&renderMode=0&uiState=65a562cc0dcb1913a813b94a" rel="nofollow noopener">publicly available in OnShape</a> (you can also create a free account to modify) with several more configuration options (no hexagon back, or no MagSafe pocket) available for export, or for modifications.&nbsp;I made <a target="_blank" href="https://makerworld.com/en/models/140713#profileId-153305" rel="nofollow noopener">a similar model for the iPhone 13 Mini</a>.

iPhone 15 Pro case (flexible, MagSafe)

Phones

mcmaven

I designed this for a friend who has his P1S on a shallow bench against a wall. He has 4 inch duct work, but only 2.5 inches between his printer and the wall. This vent maximizes air flow and provides a 4 inch exhaust, while only being 53 mm (2.1 inch) deep. It is also designed to provide to not interfere with 1-way or 4-way AMS hubs. The exhaust vent has a 4 inch OD and a 3.75 inch ID, and is 1.625 deep.  It can be attached several ways:- Ten 10x3 mm round magnets. Best if all oriented the same way.- Double sided sticky tape.- Two #6x1/2 inch sheet metal screws. My P1S had some unused screw holes in the back panel.&nbsp;I put some 1/8 inch foam tape around the inlet to prevent leaks, and used sheet metal screws to secure it. An exhaust hose that is not strain relieved can put a lot of torque on the exhaust vent. Magnets may slip, and double sided sticky tape may slip over time. I recommend using screws if you have the holes in the back of your printer.&nbsp;I did not test this on an X1C, but I believe they have the same physical case as a P1S.

Low Profile Exhaust Vent

inevitable1

Swap Instructions: Start with Black At layer #12 (1.04mm) swap to Red At layer #29 (2.4mm) swap to Ash Gray At layer #31 (2.56mm) swap to White for the rest.

Gundam Epyon hueforge

Forge

cagriahiskali

<div><h1>Summary</h1><div>With less filament you will get max performance. Easy to print. Only 2 wall line. The wall thickness designed 0.8mm thick, so with 0.4 nozzle only 2 wall line you need. Please read the PRINT SETTINGS, its important.Nozzle "0.4" Line Width "0.4" Layer Height "0.2" Wall Line Count "1" Horizontal Expansion "0" Top Layers "0" Bottom Layers "16" No Raft No Support No Infill</div><h1>Print Settings</h1>Printer: <div>Rigid3d02</div> <pre><code> Rafts: <div>Doesn't Matter</div></code></pre> Supports: <div>No</div> <pre><code> Infill: <div>No</div></code></pre> Notes: <div>Nozzle "0.4" Line Width "0.4" Layer Height "0.2" Wall Line Count "1" Horizontal Expansion "0" Top Layers "0" Bottom Layers "16" No Raft No Support No Infill</div></div>

18650 Box / Organizer / Storage / Holder EASY PRINT

Batteries

KNDesigns3D

The egg snaps together to a tight fit with a little force.If you scale this larger, the tolerances may change – in that case just add a bit of glue to seal the egg.Happy Easter!!

Puffy Bunny Easter Shadow Box Diorama Full Egg!

Easter

michelem

<figure class="image"></figure>Introducing ScrewGuard!&nbsp;Tired of losing those tiny screws while tinkering with your 3D printer or other gadgets? Look no further! I&#39;ve designed this compact magnetic container with your (and my) needs in mind.&nbsp;Picture this: you&#39;re knee-deep in 3D printer maintenance, unscrewing and re-screwing tiny bolts.&nbsp;How many times have you struggled to keep track of those elusive screws, only to find them scattered on the floor? Fear not! This magnetic container is here to save the day.&nbsp;Simply place your screws on the surface, and watch as the powerful magnets work their magic.The container securely holds all your screws in place, preventing them from wandering off.&nbsp;Need to organize screws for different tasks? No problem. The container features eight magnets along the edge, providing designated spaces for screws in use.&nbsp;And here&#39;s another feature: Ever find yourself unsure about the diameter of the screw in your hand? No worries! Check out the six labeled holes on the upper edge of the container. They correspond to different screw diameters, providing an instant reference guide to identify the size of your screw. Never guess again – stay organized and efficient with the ScrewGuard!&nbsp;But that&#39;s not all – for the ultimate security, toss your screws right in the middle, where the larger magnet reigns supreme. Say goodbye to the frustration of lost screws on the floor – with ScrewGuard, you&#39;ll never have to worry about it again. Keep your workspace tidy and your screws in check!&nbsp;Print&nbsp;No support needed&nbsp;Unfortunately the top part must be printed facedown where the text are placed. So for printed text you need an AMS.&nbsp;But no worry if you haven&#39;t an AMS, just get the NO AMS version without the text.&nbsp;BOM (Bill of Materials)<ul><li>1x magnet 20x2mm</li><li>8x magnets 5x2mm or 6x2mm</li></ul>Assembly Absolutely no glue is required. I&#39;ve meticulously crafted every element to eliminate the necessity for adhesive. The larger magnet remains securely in place thanks to precision joints, and the 8 smaller magnets effortlessly slide into their designated slots, snugly held in position by the threaded base.&nbsp;Let&#39;s start assembly it!<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000143760/design/2024-01-17_47b498b949163.png"></figure>Begin by placing the Base and inserting the 20x2mm magnet securely, just push it down.&nbsp;Next, take the Top piece and position it face down. Start inserting the 8 magnets, ensuring to place your finger in the previous hole where the last magnet was inserted. This precaution prevents the new magnet from being attracted by the others in place.&nbsp;Once you&#39;ve completed this step, swiftly place the base on top and start tight it. Be sure to do it quickly to prevent the main magnet from attracting the others.&nbsp;You are done.&nbsp;Save the screws!

ScrewGuard - Keep Your Screws Safe

Tools

Tim Lytle

I didn't like existing eyeglass rests / holders because they generally had the glasses facing outwards, and for some of my glasses, the arms were too long when folded.&nbsp;This tries to solve for those issues with a pleasing design. The base and the rest are held together with a m4 screw that attaches both to either a honeycomb storage wall insert, a multiboard insert, or whatever else might be used to mount on a wall.&nbsp;There is a 'felt' DXF file (had to put it in a zip) that can be used to cut out a piece of felt to place between the rest and the base, that way if the glasses touch the base they aren't scratched. Double sided tape can be used to secure the felt, or something that won't off gas and etch the lenses (so if you use CA glue make sure it's fully cured). &nbsp;I've included files for the base, and both a standard size rest (should work for most glasses) and one that works for my Gunnars. But if you really want a nice fit you can use the Fusion360 file and play with the parameters.&nbsp;Arm Offset: Distance from the bridge of the glasses to the arms when folded. Arm Landing: The space the arms take up when folded. Bridge Landing: The space the bridge of the glasses takes up (including nose rest, bridge, etc).

Wall Mount Eyeglass Rest

LucMeister

Keeping small screws and other bits&pieces tidy and organized is a tedious task, and even though lots of them ship in plastic boxes it's a pain when they have thirteen different sizes and just stack very badly. I see a lot of recommendations (and printable accessories) for <a target="_blank" href="https://amzn.to/3tDQ1bK" rel="nofollow noopener">Stanley Fatmax organizer boxes</a> - they look dope and I dig them, but a single box of these costs roughly 25€ in my location; printed inserts not included. That's a bit of a hefty price if you need a few of them.&nbsp;history. Last year <a target="_blank" href="https://www.printables.com/model/380208-dividers-for-werckmann-storage-boxes" rel="nofollow noopener">I saw a model on Printables</a> which used super cheap (99 Cents!) <a target="_blank" href="https://www.action.com/de-at/p/2547795/werckmann-aufbewahrungsbox/" rel="nofollow noopener">storage boxes/organizers from the ACTION Store Chain</a> across Europe (originally from the Netherlands); these sometimes go under the Werckmann brand name and sometimes are only generic (see image), the inner layout is the same though; just make sure it's the 20 x 16 cm version. Those models were a bit wasteful and too thick (and therefore printed slowly) in my opinion, so I gave the idea a spin and designed them myself. boxes. The outer walls are thin as they are carried by the organizer box itself, the inner dividers are three walls thick (0.4mm nozzle) which is plenty strong for the application. The bottoms are chamfered to get things out easier, but as you can see on the photos the bottom is chamfered as well to save a lot of filament and printing time.There's a total of 36 different boxes and layouts, there's a lot of ways you can divide these :) some of the corner-pieces are also available in different orientations so you can direction-match an upper and a lower corner, see the photos for examples. I also added boxes without dividers, in case you want to look-match other compartments or just want the chamfered bottom. As naming these are hard with all the different divisions, I only wrote the total number of compartments and labelled them ABC, please have a look on the exact differences on the STL files.&nbsp;I also made a shelf specifically for these boxes (see photos), <a target="_blank" href="https://makerworld.com/models/134601" rel="nofollow noopener">you can find it here</a>.The specialized inlay for TS-100 tips from CNCKitchen <a target="_blank" href="https://makerworld.com/models/136915" rel="nofollow noopener">can be found here</a>. printing advice. The provided printing profile contains the settings I recommend for printing (0.28mm because they really don't need to be any finer), but it's just sample files; it's virtually impossible to provide all combinations you might want, so please fill the slicer with the exact models you need :)Depending on the pieces you want to print, one fully assembled organizer box will need 65g to 108g of Filament, which translates to 1.30€ to 2.16€ at a Filament price of 20€/kg. So for roughly 3€, you have a fully equipped organizer! If you don't care as much about looks, it's also a good way to get rid of nearly empty spools of filament, as you can see in the orange-green example in my photos :)

Werckmann / ACTION Organizer Box Inlays

Organization 

Crocs

Davross

I needed to relocate the AMS to the left side of my printer, while maintaining a good path for the PTFE tube.&nbsp;Simple 2 part solution that allows the AMS buffer to be removed from the back of the printer, and then placed closer to the filament entry point.&nbsp;I used heat-set nuts to take the M3 bolts originally used to hold the buffer on the back of the printer.&nbsp;Then used two M3 x 30 and washers to mount the stand-off and backplate into place of the 2 case screws near the filament entry point.&nbsp;The curved slot allows adjustment of the "angle of dangle". Once happy with the alignment, cut the PTFE tube from the buffer to the filament entry to length.

Left-side AMS Buffer

Bambu Mods

OddPlasticity

As an owner of 3 cats, my shelf wouldn't be complete without a trio of ghost cats! If you enjoy these, it'd be lovely if you'd <a target="_blank" href="https://www.buymeacoffee.com/mlambertfrw" rel="nofollow noopener">grab me a coffee</a>. Want more? Here are some extra ghost cats:<ul><li><a target="_blank" href="https://makerworld.com/en/models/42133#profileId-42762" rel="nofollow noopener">Ghost cat licking leg</a></li><li><a target="_blank" href="https://makerworld.com/en/models/37949#profileId-36604" rel="nofollow noopener">Ghost cat stretching</a></li></ul>&nbsp;&nbsp;