CuongPham2811

KYZ Design

Update 04/03/2024 - License changed from “Standard Digital File License” to “CC-BY-NC-SA”. Multi-body STP file uploaded. Oh yeah, I over-engineered the hell out of this one! I went through more than 12 iterations and I think this is going to be my final version. The main challenge was designing outer walls that print without a million retractions so I didn’t want to just put regular holes and slots around the perimeter. These cheese grater looking holes are opened up both towards the inside and outside in alternating patterns creating quite large vent areas. Each section has a single line of extrusion per layer so it prints fast and isn’t too torturous for all 4 motors.&nbsp;I printed mine in clear polycarbonate and it was super easy because there aren’t any long straight walls that cause warping. ASA would also be a good choice but I chose polycarbonate so I can see the colour of the indicating desiccant without opening the canister.&nbsp;Design Objectives:<ul><li>Large vented surface area, even when installed into a spool, for quick drying of enclosed airspaces</li><li>Multiple cross-flow air paths for quick drying of desiccant without removal of the desiccant beads from the container</li><li>Design primarily for the Bambu reusable spools and sits flush with the sides of the spools. (However, as different manufacturers are converging on a more "standard" spool size thanks to the AMS, these should fit some other spool brands)</li><li>Work as a Bambu reusable spool's "spool shim" to prevent the spool pieces separating</li><li>Fast print, minimise filament retractions when printing vents on vertical walls</li><li>Strong and sturdy to last a long time - no vase mode</li><li>Desiccant cannot fall out when moving the holder between spools</li></ul>&nbsp;Print material:<ul><li>OK to use PLA if you don't plan on drying the desiccant inside the canisters</li><li>PETG recommended as a minimum if you want to dry the desiccant gently without removing them from the canisters</li><li>ASA/ABS/PC recommended</li></ul>Print settings:<ul><li>For Bambu users: print from the app.<ul><li>Feel free to add print profiles here if you changed something and think it may be useful to others.</li></ul></li><li>For those who are getting the STLs and slicing it yourself:<ul><li>Import the “cap” and “cap mesh" together and put them in an assembly to keep them aligned</li><li>Likewise, import the “body" and “body mesh" together and put them in an assembly to keep them aligned</li><li>The mesh parts should have no walls, no top, no bottom and 50-60% triangular infill (or as you see fit)</li><li>Use 3 walls for all parts, 3 layers for the bottom, 4 layers for the top</li><li>Layer height as you see fit (I use 0.20m)</li><li>Even if you have a fast printer, slow down the outer wall speed for part durability and consistency in gloss level (I use 50mm/s)</li><li>ARACHNE WALL GENERATOR MUST BE ON!</li><li>The preview should look something like below:</li><li><img src="https://makerworld.bblmw.com/makerworld/draft/633232/2024-02-11_f252a48fe100d.png"></li><li><img src="https://makerworld.bblmw.com/makerworld/draft/633232/2024-02-11_b2309d4cdaeda.png"></li></ul></li></ul>Spool Compatibility<ul><li>These work well with Bambu spools and eSun cardboard spools.</li><li>For eSun plastic spools, you will need to turn the retainer around for a tighter fit (these spools are getting phased out anyways).</li><li>Please check out the comments and makes as they come through - on this page and on Printables - as users post these with their spools - I've seen one already fitted on a Polymaker cardboard spool.</li><li>Sorry these are not compatible with Prusament spools but <a target="_blank" href="https://makerworld.com/en/models/23470" rel="nofollow noopener">this one</a> works with them.</li></ul>Fitment<ul><li>Overall, it's important to have your pressure advance (k value) tuned so that the seams don't bulge out and make it harder to thread parts together.</li><li>The cap is designed to fit very tightly. If you print from PLA, you might find that it threads in really easy but if you print from PETG (which has higher friction and generally doesn't print as cleanly), it is a bit hard on your fingernails to thread in. This is to ensure the cap doesn't come off and spill all the beans during use. I have included a cap installer/remover to make it a bit easier on your fingers.<ul><li>Unfortunately, even with all the settings and printer dialed in properly, variations in filament batch may create fitment issues. It's not necessarily your fault - don't be disheartened by seeing 99% of users say it's perfect but yours isn't! Measure your filament diameter. Sometimes it can be 1.72mm, sometimes 1.78mm - the latter will make the fit tighter. Either reprint just the cap in a different filament, a different section of the same roll, or scale it down slightly. (Another user has already created print profiles for easier fitting parts!)</li></ul></li><li>The retainer has been designed with a larger clearance than the cap so it should thread in nicely. However, the thread pitch is quite fine because it's designed to fit tightly to the spool so it stays on in the AMS with the constant winding and unwinding. This can, with some spools, make it difficult to remove. User @urzhiataer has made a <a target="_blank" href="https://makerworld.com/en/models/190462" rel="nofollow noopener">tool to help remove the retainer</a>, check it out!</li></ul><figure class="image image_resized" style="width:45.6%;"><img src="https://makerworld.bblmw.com/makerworld/draft/633232/2024-02-18_246b3e25e48f28.png"><figcaption>Retainer removing tool by @urzhiataer</figcaption></figure>&nbsp;That's all, enjoy!&nbsp;Wait two more things: print this <a target="_blank" href="https://makerworld.com/en/models/73654" rel="nofollow noopener">canister holder</a> to dry 7 of them at once in your filament dryer:<figure class="image image_resized" style="width:75.93%;"><img src="https://makerworld.bblmw.com/makerworld/draft/633232/2024-02-14_f3628eb848943.png"><figcaption>Desiccant Dryer Ferris Wheel</figcaption></figure>And if you have lots of little fragments of desiccant because you microwaved them on high, perhaps try out this <a target="_blank" href="https://makerworld.com/en/models/190762" rel="nofollow noopener">filter scoop</a>:&nbsp;<figure class="image image_resized" style="width:68.31%;"><img src="https://makerworld.bblmw.com/makerworld/draft/633232/2024-02-18_0f2082378d3f8.jpg"><figcaption>Filter Scoop</figcaption></figure>

KYZ FF2 High Flow Desiccant Holder - For Bambu and Other Spools

mojo哒哒哒hhh

<h2>在makerlab中创建一个鼠标垫</h2>我使用的是pla发光材料。 将不同的东西放在鼠标垫上，在光照后可以留下图案我的鼠标垫背面是pei纹理 ，取决于你用图案的耗材板。&nbsp;<ul><li>尺寸：0.8X250X200，边框可选</li><li>擦料塔Brim设置为0，放到左下角<img src="https://makerworld.bblmw.com/makerworld/draft/195354/2023-11-22_d38291a4d90f1.png"></li><li>熨烫最耗费时间，虽然它只有一面。</li></ul>&nbsp;&nbsp;&nbsp;

Mouse pad with customizable name pattern可定制名字鼠标垫

mousepad

DOT-Nobody

Hi,I created a few fridge magnets here. I used 6x3mm neodymium magnets (n52 recommended!). During the preset pause you can stick the magnets in and then continue printing (i recommend to use superglue). Each magnet is on its own printing plate&nbsp;Link to template / licensing / copyright:&nbsp;https://de.vecteezy.com/gratis-vektor/tier">Tier Vektoren von Vecteezy

Cute animal fridge magnets (Vecteezy.com)

magnet

FilliFuu

Cutie Cloud Jumper Dragon Flexi-Fit (Special Articulated) Model With Multiple Choice Of Wing Designs&nbsp;Based on the dragon cloud jumper from the movie ‘how to train your dragon 2’ - Built with articulated links using my self designed ‘flexi-fit’ chain. The flexi-fit design is an evolving experiment seen in previous models I have released and now been improved upon. It allows a standard articulated design to snap together to remain rigid for posing and support or simply for your own amusement.Improvements include -&nbsp;-Better and easier bridging.-Changed location of socket to allow greater pivoting-Slightly increased join size, tighter fit (can be eased with multiple uses)-Larger and extra walls for strength&nbsp;Still in early development, with your feedback I hope to improve even further for an awesome articulated design that is commonly enjoyed.&nbsp;Note *My First time printing with Bambulab exclusive filamentPrinted with the beautiful PLA Arctic Whisper, PLA Onyx Black Sparkle & PLA Basic Yellow & Red Thank you so much Bambulab for creating this fantastic and beautifully optimized filament.&nbsp;Model contents&nbsp;-Painted and unpainted variations/ miniature scale for A1 mini-Cloud Jumper base model and basic mini wings (for those who wish to use without large wings but choose to fill the wing sockets)-Solid wings, folded and spread, the cover photograph contains one of each, but your free to choose 4 folded or 4 spread if that's what you wish-Flexi wings, purely for fun based upon the ‘NASA fabric’ designs you may have seen by multiple other designers-All STL files associated&nbsp;-Additional profile for the solid wings, to anyone who may encounter issues printing the larger wing. I included this file which lays the wings as flat as possible to the bed, the rear of the wings quality will be likely be impacted and require cleaning, but have zero danger of the print collapsing, print only if you have issues with your tool-head knocking your prints.&nbsp;How to & Assembly&nbsp;Simply print the base model and your choice of wings, selecting whichever printer you are using.&nbsp;Once printed simply insert the wings into the correct sockets being careful not to damage your model, you may wish to lightly trim or sand the ball socket on the wing if required (see pictures & troubleshoot section below) and your done.&nbsp;To use the flexi-fit joins, pull the ball into the clip on each link, can be stiff at first but loosens up each time you use this function.&nbsp;Print is calibrated towards PLA basic. Tested successfully in silk at 120% (CC3C Silk no issues), I am unsure how strong the link will be when printed with silk but its generally not recommended for articulating models.&nbsp;Print Settings&nbsp;Printed multiple times in different sizes & filamentsFor those not using the 3.mf files here is what is recommended…Standard 0.42 wall/ 0.3 used on the outer wall for the main body to increase detail.No brim or support needed on the main file & flexi wings.brim and supports used on the spread wing, the folded wing recommended brim for better corner adhesion4 wall for strength25% gyroid infillz hop 0.4 on the solid wingsWall slowed to 120 however this is entirely up to you depending on what your comfortable printing&nbsp;Troubleshooting&nbsp;-Common problems I often hear can often be easily solved but simply cleaning your 3D print bed so if you have adhesion issues make sure to scrub your plate thoroughly using warm water and soap, rinse with hot water and air dry vertically. IPA is often recommended by most but I personally find standard dishwasher soap to be fine.&nbsp;-Other adhesion issues can be fixed using a brim, but is not recommended unless urgently required or specified in the print settings above.&nbsp;-Tool-head knocks print, I have added an easier print profile with is to be avoided unless required, this profile is labelled 'SAFE' use only if other methods fail. Other reasons for the tool-head knocking the print can be, z-hop required in your slicer settings (turned on by default in my uploaded profiles) Your printer belts may require tightening, carbon rods require cleaning and bearings require lubrication. Calibrate your filament and increases fan speed on your tool-head. If these all fail please use the profile listed earlier.&nbsp;-Ball sockets are too tight to insert, common but the sockets require a tight fit to remain rigid once inserted - its completely fine to lightly sand or even use clippers to slightly trip the ball to allow you to easily insert the socket while remain stable. This may be required depending on which filament you choose to print with.&nbsp;Any other issues please ask and I will help as best as I can, thank you.&nbsp;FIN&nbsp;

Flexi-Fit Cloud Jumper Dragon

Puzzle

DjangoCashflow

Matching stand can be found <a target="_blank" href="https://makerworld.com/en/models/238320#profileId-254214" rel="nofollow noopener">here</a> Check out my other Kit Cards: <a target="_blank" href="https://makerworld.com/en/models/252373#profileId-268741" rel="nofollow noopener">Imperial Lambda Shuttle</a> <a target="_blank" href="https://makerworld.com/en/models/398440#profileId-299959" rel="nofollow noopener">Millennium Falcon</a> Embark on a captivating building journey with the &#34;X-Wing Starfighter Kit Card,&#34; a meticulously designed piece that encapsulates the essence of the iconic craft from the Star Wars saga. After a challenge from a friend questioning the existence of high-detail kit cards for the X-Wing, this near-perfect replica was born. Perfect for model hobbyists, collectors, and Star Wars enthusiasts of all ages, this kit allows you to immerse yourself in the construction and display of an intergalactic legend.  Features:Authentic Kit Card Assembly: Each component of the X-Wing is precisely engineered and presented on a kit card for easy identification and removal. No detail is too small, mirroring the complexity and intricacy of the legendary starfighter.Functioning Features: The model includes movable S-foils and a detailed cockpit, capturing the dynamic nature of the X-Wing in combat.Exquisite Detail: With an astonishing level of detail, this model echoes the design of the original starfighter, from the texture of its hull to the subtleties of its laser cannons.Engaging for All Ages: This model offers an enjoyable and insightful assembly process, inviting builders to appreciate the mechanical and aesthetic aspects of the X-Wing.Simple Yet Detailed Construction: The clear and comprehensive instructions provide an effortless building experience, allowing for a fully detailed model without the need for additional tools.A Nod to Nostalgia and Craftsmanship: Ideal for those who relish the artistry behind model-making and the cultural impact of the Star Wars universe.  Construct your own X-Wing Starfighter today, and revel in the assembly of a miniature marvel that&#39;s not just a model, but a high-fidelity homage to engineering and imagination. Spare Parts can be found in the RAW Files. X-Wing Starfighter Assembly GuideCongratulations on acquiring your own X-Wing Starfighter Detailed Model Kit. Follow this step-by-step guide to bring your starfighter to life.What You&#39;ll Need:<ul><li>The X-Wing Starfighter kit, which includes all wings and the main body.</li><li>A clean, flat surface for assembly.  </li></ul>1. Step: Wing Attachment  Prepare the Main Body:Locate the main body piece of your X-Wing model. This is the central fuselage that houses the cockpit and engines.Identify the Wings:You should have four wing pieces. Two of these are for the left side and two for the right side. They are mirror images of each other, with laser cannons on each tip. <img src="https://makerworld.bblmw.com/makerworld/draft/840276/2024-03-06_171eca47b52d8.jpeg">Wing Attachment:Take one of the wings and align it with the corresponding side on the main body. You will notice pins on the wings designed to fit securely into the holes on the main body.Secure the Wings:Gently but firmly, press the pins of the wing into the holes of the main body. The side of the wing that was facing the build plate during printing (usually flatter and may have more markings) should face inwards, towards the body of the ship.Repeat this process for all four wings, ensuring the cannons are facing forwards, in the direction the cockpit is pointing. <img src="https://makerworld.bblmw.com/makerworld/draft/840276/2024-03-06_24ea3f9d4a818.jpeg">Final Check:Once all wings are attached, give them a gentle tug to ensure they are securely in place. The wings should be level and symmetrical when viewed from the front or back. 2. Step: Cockpit Attachment With the wings securely attached, your next step is to assemble the cockpit and the nose of your X-Wing Starfighter. Here&#39;s how to continue your journey to a galaxy far, far away.What You&#39;ll Need:<ul><li>The left and right cockpit halves.</li><li>The nose part of the X-Wing.</li><li>The assembled main body from the previous steps.</li></ul>Assembly Instructions:Prepare the Cockpit Halves:<ul><li>Identify the left and right sides of the cockpit. They are uniquely shaped to fit together only one way. Check the interior detailing to ensure they are correctly oriented. <img src="https://makerworld.bblmw.com/makerworld/draft/840276/2024-03-06_bde770cd29049.jpeg"></li></ul>Align the Nose Part:<ul><li>Before joining the two halves, locate the nose part. This piece should have a distinct top and bottom, with the top likely having more detailed texturing.</li><li>Confirm that the nose part is correctly oriented with the printed side facing downward as shown in the reference picture. <img src="https://makerworld.bblmw.com/makerworld/draft/840276/2024-03-06_cc6aaaff2f796.jpeg"></li></ul>Join the Cockpit Halves:<ul><li>Carefully align the two halves of the cockpit so the internal supports and slots match up.</li><li>Gently press the halves together. The edges should align seamlessly, and the nose part should slot in without forcing. If there&#39;s resistance, check for any misalignment or excess material that might need to be filed or sanded away.</li></ul>Attach the Cockpit to the Main Body:<ul><li>Once the cockpit is fully assembled, position it over the main body. There should be a clear front and back to the cockpit, with the narrower end pointing forward.</li><li>Align the cockpit attachment points with the corresponding areas on the main body. Press down firmly to snap the cockpit into place. If it doesn&#39;t fit easily, do not force it; instead, double-check the alignment and try again. <img src="https://makerworld.bblmw.com/makerworld/draft/840276/2024-03-06_4823bf0b2774d.jpeg"> <img src="https://makerworld.bblmw.com/makerworld/draft/840276/2024-03-06_dd4ec2975d9ae.jpeg"></li></ul>Final Inspection:With the cockpit attached, your X-Wing should now be taking shape. Ensure that all parts are snugly fitted and that the cockpit sits flush against the main body without gaps. <img src="https://makerworld.bblmw.com/makerworld/draft/840276/2024-03-06_58c324384f1d.jpeg">  3. Step: Engine Attachment Your X-Wing is taking shape! Now it&#39;s time to add the power to your starfighter with the engine assembly. These engines, reminiscent of jet turbines, will complete the iconic look of your model.What You&#39;ll Need:<ul><li>Your nearly complete X-Wing model.</li><li>The four engine units.</li></ul>Assembly Instructions:Prepare the Engines:<ul><li>Lay out the four engine units. These are the parts that replicate the X-Wing&#39;s propulsion system. <img src="https://makerworld.bblmw.com/makerworld/draft/840276/2024-03-06_4f553356509.jpeg"></li></ul>Identify the Engine Orientation:<ul><li>Each engine has a specific orientation. The side with more detailing and structure should face towards the main body of the X-Wing, which will be the printed side, generally indicated by texture from the 3D printing process.</li></ul>Attach the Engines to the Wings:<ul><li>Locate the slots at the back of each wing, specifically designed for engine attachment.</li><li>Take an engine unit and align it with one of these slots. Make sure the printed side of the engine is facing inwards, towards the center of the X-Wing.<img src="https://makerworld.bblmw.com/makerworld/draft/840276/2024-03-06_c9e37d97e0783.jpeg"></li></ul>Secure the Engines:<ul><li>Gently but firmly, press the engine into the slot until it sits snugly in place. There should be a clear &#39;click&#39; or a sense of resistance when it&#39;s fully inserted.</li><li>Repeat this process with each of the remaining engines, ensuring all are oriented correctly and securely attached. <img src="https://makerworld.bblmw.com/makerworld/draft/840276/2024-03-06_fede85ce17779.jpeg"> Mission Accomplished! Your X-Wing Starfighter is ready for display, a true testament to your craftsmanship and the enduring spirit of a galaxy far, far away. Well done! <img src="https://makerworld.bblmw.com/makerworld/draft/840276/2024-03-06_4c8c46061a59c.jpeg">  </li></ul>

X-WING Starfighter Kit Card - High Detail - AMS

kit card

Jordan Proctor Designs

Update: I have now uploaded slightly improved versions of the planter and tray models. The tray should now have a snug fit with the planter, keeping it from sliding around and getting off-center. &nbsp;The pictured print was done in matte gray PLA, 0.2mm layer height, with the “fuzzy skin” feature enabled. Default size is 3x3x3 inches, but it could easily be scaled up or down without any issues. If you like this design, consider leaving a tip! I'm a university student that designs planters on the side, so anything helps!<a href="https://www.paypal.me/theprintedplanter" rel="nofollow">https://www.paypal.me/theprintedplanter</a>

Twisted Square Planter with Drainage Tray for Small Houseplants

Planter

3DP RNS

★ New Robot Unveiled!&nbsp;[3DP RNS] Spi V1.0 (3D Printed Robot)<ul><li>Series : 6 Legs / 6-Legged Spider Type [<a target="_blank" href="https://youtube.com/shorts/I7V7X6KWw58?feature=share" rel="nofollow noopener">Youtube Video</a>]</li><li>This Is an all at once print. Assembly not required :)</li><li>If you subscribe to the YouTube channel [<a target="_blank" href="https://bit.ly/2KC3Tdx" rel="nofollow noopener">3DP RNS</a>], ★ a new robot will be revealed.</li><li>Thank you for your subscribing! It means a lot to me :)</li><li>Commercial License [<a target="_blank" href="https://www.patreon.com/3DPRNS" rel="nofollow noopener">Patreon</a>]</li></ul>&nbsp;※ Notice For my uploaded robot model to enable all joints to move, it&#39;s advisable to use a Brim.  If removing Brim is inconvenient or challenging, I don&#39;t recommend printing it.  Also, joint functionality may vary depending on the printer and filament you use. I hope your print is successful and you can have a robot with well-functioning joints.<figure class="media"><oembed url="https://www.youtube.com/shorts/I7V7X6KWw58"></oembed></figure>ㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡ[3DP RNS] Venom Weaver V1.0 (3D Printed Robot)<ul><li><a target="_blank" href="https://www.patreon.com/posts/3dp-rns-venom-v1-102280396?utm_medium=clipboard_copy&amp;utm_source=copyLink&amp;utm_campaign=postshare_creator&amp;utm_content=join_link" rel="nofollow noopener">[3DP RNS] Venom Weaver V1.0 Download [Patreon]</a></li><li>Venom Weaver V1.0 can be obtained through Patreon (Hero) membership.</li><li>Venom Weaver is a spider-like robot with eight legs that moves quickly. It can emit venom or explode to spread poison. It&#39;s dangerous, so avoid it if you encounter one.</li></ul><figure class="media"><oembed url="https://www.youtube.com/shorts/MX6lzRMSDXo"></oembed></figure>ㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡㅡ[3DP RNS] Crawler V1.0 (3D Printed Robot)<ul><li><a target="_blank" href="https://www.patreon.com/posts/3dp-rns-crawler-104482987?utm_medium=clipboard_copy&amp;utm_source=copyLink&amp;utm_campaign=postshare_creator&amp;utm_content=join_link" rel="nofollow noopener">[3DP RNS] Crawler V1.0 Download [Patreon]</a></li><li>Crawler V1.0 can be obtained through Patreon (Hero) membership.</li><li>It is a hexapod robot with long legs, allowing it to move quickly. High-performance sensors are installed on its legs and body, providing excellent detection capabilities.</li></ul><figure class="media"><oembed url="https://www.youtube.com/shorts/nqp_DcHcsJk"></oembed></figure>

[3DP RNS] Spi_V1.0

Robot

SavageLau

<h3>If you want commercial license, check out my bio and get it from Patreon.</h3>&nbsp;&nbsp;Hey guys. I am here to introduce you to a thinker bookend today.This is a very simple design and idea comes from “The thinker”. I made a bookend version of this. Very simple print and looks decent.&nbsp;<h2>Print Profile:</h2>I made different print profiles for different printers. It all has been tested.&nbsp;All the print profiles will have two color settings if you like to put Bambu logo on the stand area. If you like to have a single color, just select both colors same filament, the logo won’t show on final prints.<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/402649/2024-01-14_393963c8beb0e.jpg"></figure>I have tested different sizes for image showcase, you can scale up and down per your preferences on slicer.<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/402649/2024-01-14_029056911d607.jpg"></figure>

Thinker Bookend

Bookend

Foxwood

Hello ! Welcome you to Foxwood. Inspired by the traditional Japanese woodworking technique known as Kumiko, I wanted to merge its intricate beauty with the art of lighting.&nbsp;I am keen to design more lighting creations in the future, please following my page for updates and insights into upcoming designs.&nbsp;Kumiko, a traditional Japanese woodworking technique, serves as a profound source of inspiration for artisans and designers worldwide. Rooted in centuries-old craftsmanship, Kumiko involves meticulously assembling small wooden pieces to form intricate geometric patterns, creating visually stunning and structurally sound works of art. This technique, characterized by its precision and attention to detail, embodies the essence of Japanese aesthetics and cultural heritage. Beyond its inherent beauty, Kumiko holds deeper significance, symbolizing patience, perseverance, and a deep connection to nature.&nbsp;The Kumiko lamp incorporates the Bambu Lab LED Kit 001. The lamp&#39;s base discreetly houses a compartment for the LED kit. The installation process is straightforward, insert the LED into the base and rotate the locking cap into place the design does not require glue or fixings&nbsp;I have Small, Medium and large versions on my page. The Small and Medium also have A1 mini print profiles.&nbsp;Its easy to print base in colours the suit your style and easy to swap the shade out in the future.&nbsp;The lamp has been designed without the need for support structures.&nbsp;Print profile Kumiko Shade and base - has the the kumiko pattern and the base to hold the LED kitPrint Profile Shade vase mode - Has teh internal shade that must be printed in vase mode to work.&nbsp;I plan to make a smaller version in futrue to fit the A1 Minis build height.&nbsp;I printed them in Basic Bambu PLA<boostme><boosttitle>Boost Me</boosttitle><boostcontent>Please consider giving me a Boost if you like my work !</boostcontent></boostme>Files on my Maker World are free to download and print for yourself. However If you would like to support my work please check out my <a target="_blank" href="https://patreon.com/Foxwood769?utm_medium=unknown&amp;utm_source=join_link&amp;utm_campaign=creatorshare_creator&amp;utm_content=copyLink" rel="nofollow noopener">Patreon</a> page that has multiple support tiers including commercial licences to sell prints of my designs where ever you like!&nbsp;

Japanese Kumiko Lamp - Medium -LED KIT 001-Foxwood

Lamp

Saber3D

Check all my models out at <a target="_blank" href="https://saber-3d.com/" rel="nofollow noopener">www.Saber-3D.com</a> &nbsp;New dragons, creatures, and more released every month to my patrons, thank you for supporting my work! &nbsp;Follow our socials to see new models! <a target="_blank" href="https://www.instagram.com/saber.3d" rel="nofollow noopener">Instagram</a><a target="_blank" href="https://www.tiktok.com/@saber3d" rel="nofollow noopener">TikTok</a>&nbsp;This flexi dragon was designed to take less time but still give you the awesome look of a large dragon as well as make custom designs as easy as possible! Every part of this dragon can be easily painted in your slicer of choice, just make sure edge detection is turned off 😉&nbsp;Want to sell prints or just enjoy the instant access to all my models? join our All Access tier on <a target="_blank" href="https://www.patreon.com/Saber3D" rel="nofollow noopener">Patreon</a>. &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;

Articulated Crystal Dragon by Saber3D

Dragon

Kevbot.

When your friends visit, they'll be impressed with this coaster 😀.&nbsp;Shaped like a beautiful flower, with links between each petal. This flower coaster can bend and flex a bit, making it a unique table piece. It's print in place and is big enough to hold most cups and cans.&nbsp;This model is for PERSONAL USE ONLY, if you want a commercial license and access to more awesome models you can get it on my patreon <a target="_blank" href="https://www.patreon.com/kevbot_3d" rel="nofollow noopener">https://www.patreon.com/kevbot_3d</a>&nbsp;Like with all my models, I went through many iterations to make sure it was strong, and easy to print without supports.&nbsp;Please feel free to share images of your prints on this page, I would love to see them.&nbsp;Thank you for the support, and I hope you love the Coaster! Let me know if you would like to see any other coaster designs! Happy Printing!&nbsp;Sincerely,Kevin&nbsp;ALL KevBot. designs are protected by Copyright Law. When you purchase, you do NOT have the right to sell any digital file or printed model of my designs without my explicit written consent.

ARTICULATING FLOWER COASTER!

Coaster

Sakkez Games

ONLY IPHONE 15 PRO&nbsp;Cover to be used only for Iphone 15 PRO Does not fit all other Iphones Print it with a soft material such as TPU or PETG&nbsp;Hexagon design allows you to see the colour of the body of your Iphone 15 at its best&nbsp;I printed a copy for a friend in PLA, but it might crack over time…you decide what to useClean the plate well before printing....if you have doubts about adhesion use 5mm of brim&nbsp;Please if you print it post the picture and like it. follow me to help me continue with the projects&nbsp;&nbsp;

Iphone 15 PRO - Cover Hexagon design

GlennovitS 3D

NEW EXCLUSIVE version available - enjoy!<a target="_blank" href="https://www.printables.com/model/691523-tactile-fidget-rings-premium-supporter-pack-spinni" rel="nofollow noopener">https://www.printables.com/model/691523-tactile-fidget-rings-premium-supporter-pack-spinni</a>The original Tactile Fidget Rings is tested by thousands! Now they are ready for your keys - to ensure that you always bring them with you! Rotating rings to fidget with on a commute or when nedded. Enjoy!<figure class="image image_resized image-style-align-right" style="width:392px;"><img src="https://media.printables.com/media/prints/735002/rich_content/6ca4c530-2ac0-4461-a040-d3b3db715e32/img_0094.jpeg#%7B%22uuid%22%3A%2282ed3566-3e45-4506-8569-a7f16baa1be5%22%2C%22w%22%3A4032%2C%22h%22%3A3024%7D"></figure>Print the different styles and find your personal favorite - and then give the other prints as gifts ;-)<h3>Overview</h3>The Tactile Fidget Keychain comes in multiple styles - just like the original Tactile Fidget Rings.<ul><li>Basic (just the rings - no textures)</li><li>Lines (tilted almost-vertical lines)</li><li>Knurled (for extra “grippynes”)</li><li>Layers (simulating thick 3D printing layers)</li><li>Honeycomb (hexagonal textures)</li></ul>If also comes in multiple MIX versions! In the mix versions, every ring has a different texture for you to enjoy. Which one is your favorite - please share and comment!<h3>Assembly</h3>None! This is print-in-place :-)<h3>Print instructions</h3>Here is a few ideas for slicer-settings:<ul><li>Speed on first layer: 50% (To ensure good bed adhesion take your time here!)</li><li>Supports: NO supports</li><li>Brim: NO brim</li></ul>Happy printing!<figure class="image image_resized image-style-align-right" style="width:392px;"><img src="https://media.printables.com/media/prints/735002/rich_content/440b364f-2f2a-4669-a9e2-3066f0f7dd0c/img_9201.jpeg#%7B%22uuid%22%3A%22dae65d85-ab82-44e3-8f9e-2129cfc86491%22%2C%22w%22%3A3997%2C%22h%22%3A2998%7D"></figure><h3>Related models</h3>You can try the Original too - without the hook for keychain.<a target="_blank" href="https://makerworld.com/en/models/65777#profileId-69112" rel="nofollow noopener">https://makerworld.com/en/models/65777#profileId-69112</a>OR you can try the Exclusive Supporter pack - both with normal and keychain version - and A LOT of extra textures. This also helps me create new models ;-)<a target="_blank" href="https://www.printables.com/model/691523-tactile-fidget-rings-premium-supporter-pack-spinni" rel="nofollow noopener">https://www.printables.com/model/691523-tactile-fidget-rings-premium-supporter-pack-spinni</a><h3>Want to show your support?</h3>You can see ALL my designs on Printables - and you can become an active supporter. I would really appreciate it!<a target="_blank" href="https://www.printables.com/@GlennovitS3D#join" rel="nofollow noopener">https://www.printables.com/@GlennovitS3D#join</a>

Tactile Fidget Keychain (spinning fun rings toy)

Keychain

Frameworks

DO NOT USE SUPPORTS - or you'll have a terrible time trying to remove everything… and the inside might not work anymore!&nbsp;Combining my wife's love for Italy with mine for D&D! The Leaning Dice Tower of Pisa! It was a fun challenge trying to see how much detail I wanted to fit into this model knowing that it would need to be printed without supports, but I'm pretty happy with the results! So much so I had to go get some better color filament to complete the look… Inside the tower are two conical ramps to help spin the dice as it goes down, and one more ramp to shoot the dice out the bottom.&nbsp;Be warned! The print can be fairly challenging with all the small details, but it's fun to watch these bambu printers crush all the bridging and overhangs on this model! I may make a second version with some dice storage but please enjoy this fun little project!

Leaning Dice Tower of Pisa

Figure

daniel.fiorica

This is a printing profile for the rotating display table that Nuketoons created. 15% infill, 2 walls, PLA.

P1S