rionarayan

Alex

Honda B-Series Valve Cover to be 3d printed.&nbsp;personal use only!

Honda B-Series Valve Cover

automotive 

joshua.makes

UPDATE: 02/25/2024 As requested, I've uploaded another print profile with no slot in the top of the box to hold the card.  Thanks for downloading, cheers!&nbsp;Elevate your workspace organization with our Snap-On Tool Chest Business Card Display, a clever fusion of functionality and style. Modeled after the iconic Snap-On tool chests, this unique display features a slot on the top to hold either a cherished photo or a stack of business cards, allowing you to personalize your desk space. The main drawer opens up to reveal ample storage for office supplies, while the open side provides easy access to pens, pencils, tools, and more. Complete with small 603 bearings as wheels and M3x10 screws as axles, this miniature tool chest can effortlessly scoot around your desk, ensuring that your essentials are always within reach.&nbsp;Key Features:&nbsp;Iconic Design: Modeled after the classic Snap-On tool chests, our business card display exudes a sense of professionalism and quality craftsmanship, making it a standout addition to any desk or workspace.&nbsp;Multi-Functional Storage: The main drawer offers generous storage space for office supplies, business cards, or personal items, helping you keep your workspace neat and organized.&nbsp;Versatile Display Options: Whether you choose to showcase a cherished photo or stack your business cards in the slot on top, our display allows you to personalize your workspace and make a memorable impression on visitors and clients.&nbsp;Convenient Accessibility: The open side design provides easy access to pens, pencils, tools, and other essentials, allowing you to quickly grab what you need without disrupting your workflow.&nbsp;Smooth Mobility: Equipped with small bearings as wheels, our miniature tool chest can effortlessly glide around your desk, ensuring that your essentials are always within reach and allowing you to customize your workspace layout with ease.&nbsp;Durable Construction: Crafted from high-quality materials, including sturdy metal components and durable bearings, our business card display is built to withstand the demands of daily use in a busy office environment.&nbsp;Transform your desk into a hub of organization and style with our Snap-On Tool Chest Business Card Display. Whether you're a professional mechanic, a DIY enthusiast, or simply appreciate quality craftsmanship, this display is sure to impress! Bearings: <a target="_blank" href="https://amzn.to/3I4mF9P" rel="nofollow noopener">https://amzn.to/3I4mF9P</a>&nbsp;M3 Screws: <a target="_blank" href="https://amzn.to/3uFsEyQ" rel="nofollow noopener">https://amzn.to/3uFsEyQ</a>&nbsp;Red Polymaker PLA Filament: <a target="_blank" href="https://amzn.to/49tUY6i" rel="nofollow noopener">https://amzn.to/49tUY6i</a>&nbsp;*If you purchase an item through the links provided, I may receive a commission. This helps support my work and enables me to continue providing valuable content. Thank you for your support!*

Snap-On Desk Tool Chest Business Card Display

Tools

andrea1211

Loaded die pattern borrowed from <a target="_blank" href="https://www.thingiverse.com/Mane660" rel="nofollow noopener">Mane660</a>.&nbsp;I implemented his model by creating a version for each number. I also loaded the print profile to take advantage of the AMS possibilities.&nbsp;They don't always work, but the percentages with which the numbers come out are much higher![I shot the video 3 times to get the gif where they both came 6]

Rigged Dice 

Funny

austinvojta

<blockquote><h3>Buy a printed cube from me directly: <a target="_blank" href="https://austinmakes.etsy.com/listing/1614801206/textured-fidget-infinity-cube-3d-printed" rel="nofollow noopener">AustinMakes.etsy.com</a></h3></blockquote>The latest and greatest fidget cube that you won't be able to set down! Prints in one piece and works right off the print bed.&nbsp;Redesigned ground-up following the success of <a target="_blank" href="https://makerworld.com/en/models/23734" rel="nofollow noopener">Yet Another Fidget Infinity Cube v2</a>, my latest version includes multiple shapes and fun new textures, plus hinges that are even smoother without the need for break-in!<h4>Variations</h4><figure class="table"><table style="border:2px solid hsl(0, 0%, 0%);"><tbody><tr><td style="border:2px solid hsl(0, 0%, 0%);text-align:center;"><figure class="image image_resized" style="width:34.88%;"><a href="https://makerworld.com/en/models/65426" target="_blank" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/draft/338534/2023-11-15_832ffd9a07f34.png"></a></figure><a target="_blank" href="https://makerworld.com/en/models/65426" rel="nofollow noopener">Angled Pack</a> includes:<ul><li>no texture</li><li>honeycomb</li><li>knurled</li></ul></td><td style="border:2px solid hsl(0, 0%, 0%);text-align:center;"><figure class="image image_resized" style="width:34.98%;"><a href="https://makerworld.com/en/models/65442" target="_blank" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/draft/338534/2023-11-15_b386df7193c3d.png"></a></figure><a target="_blank" href="https://makerworld.com/en/models/65442" rel="nofollow noopener">Rounded Pack</a> includes:<ul><li>no texture</li><li>concave</li><li>ribbed</li></ul></td><td style="border:2px solid hsl(0, 0%, 0%);text-align:center;"><figure class="image image_resized" style="width:34.88%;"><a href="https://makerworld.com/en/models/65448" target="_blank" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/draft/338534/2023-11-15_43b7cd34fd3f6.png"></a></figure><a target="_blank" href="https://makerworld.com/en/models/65448" rel="nofollow noopener">Spherical Pack</a> includes:<ul><li>no texture</li><li>grooved</li><li>rippled</li></ul></td></tr></tbody></table></figure><h4>Printing tips</h4><ul><li>use 0.2mm layer height or lower to avoid hinges fusing</li><li>set vertical shells to 2+ perimeters for strength</li><li>try 100% infill for extra satisfaction!</li></ul>

Textured Fidget Infinity Cube: Angled Pack

fidget

Meister Edel

Update 10.02.2023:I remixed the rotor with the toroidal design :) Feel free to test ist out!<a target="_blank" href="https://makerworld.com/de/models/54749#profileId-56494" rel="nofollow noopener">https://makerworld.com/de/models/54749#profileId-56494</a>In addition, there are now many other great remixed propellers from other users. You can find them connected to this print or my toroidal propeller.<figure class="image image_resized image-style-align-center" style="width:65.71%;"><img src="https://makerworld.bblmw.com/makerworld/draft/353748/2023-11-10_2d7kbimuo75c.jpg"></figure>&nbsp;HiRecently my son came home very sad because a friend had such a fancy flying propeller from the 1€ shop.Of course I had to sit down directly at the computer and after the first prototype was already well working I designed an improved version.This toy should be very stable and last a long time! Also, it's very easy to use and grab for the smaller ones among us!Put the pulling rod in the place marked by the arrows. Otherwise the propeller wants to fly downwards. Have fun! :) Note: The prop will fly long distances/ very high. So better use it in a place without trees and no obstacles. Hold the Toy away from the face! - otherwise the propeller will fly into it :D&nbsp;Print instructions/ tipps:<ul><li>Axis: Print the axis with at least 3-4 perimeters!</li><li>Propeller: Print the propeller with a not too brittle material! (I used tough PLA or even better: Nylon + Carbon Filament) - Low infill: The lighter the better ,-) I also tried TPU. It works but if you pull too hard it may deform too much and cause a malfunction. The lower you choose the layer hight the less friction the prop will cause. (I printed in 0,15mm)</li><li>Gear & Bearings: Use filament that can withstand kinda low tolerances. PLA will do the job. If you have a seam cut it off after printing. To avoid a bad surface dont "fill the gaps".</li><li>Pulling rod: Print the Classic+ Rod with 3 Perimeter.</li><li>It is possible to separate the file into parts with your slicer ,)</li><li>I also like to break the corners of all parts by scraping over these areas with a knife. That makes the action smooth and gives a good handfeel :)</li><li>Power of Scaling: If you have difficulties inserting the axis you may reprint it scaled down a little. If it is too loose scale it up a little so it fits tight enough.</li><li>It is not necessary but I lubricated all mechanical pieces with some paraffin wax. A drop of Oil will do the job too but may be messy.</li><li>You can print all parts without support and put the parts together very easy.</li></ul>Attention: Don't use damaged Propeller!! A disbalance in the Rotation might destroy the Propeller and parts could fly Off. Especially with brital Material Like PLA.  New Mechanics Update: This is the right way to assemble the toy!<figure class="media"><div data-oembed-url="https://youtu.be/0pYzTrsRqqw"><div style="position: relative; padding-bottom: 100%; height: 0; padding-bottom: 56.2493%;"><iframe src="https://www.youtube.com/embed/0pYzTrsRqqw" style="position: absolute; width: 100%; height: 100%; top: 0; left: 0;" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen=""></iframe></div></div></figure>Since the design optimazion of the internal mechanics there is no glue needed at all!  &nbsp;I have also provided other beautiful designs for kids for free. For example, my latest is the ocarina to make music!<a target="_blank" href="https://makerworld.com/de/models/54693#profileId-58010" rel="nofollow noopener">https://makerworld.com/de/models/54693#profileId-58010</a>&nbsp;<figure class="image image_resized image-style-align-center" style="width:74.14%;"><img src="https://makerworld.bblmw.com/makerworld/draft/353748/2023-11-10_2xl9blerr9l5.jpg"></figure>&nbsp;<figure class="media"><div data-oembed-url="https://www.youtube.com/watch?v=WfEfctJU70o"><div style="position: relative; padding-bottom: 100%; height: 0; padding-bottom: 56.2493%;"><iframe src="https://www.youtube.com/embed/WfEfctJU70o" style="position: absolute; width: 100%; height: 100%; top: 0; left: 0;" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen=""></iframe></div></div></figure>&nbsp;&nbsp;To get the most strength out of the pulling rods locate the seam to this location: (It is possible with the Prusa Slicer for example)<figure class="image image_resized" style="width:61.62%;"><img src="https://makerworld.bblmw.com/makerworld/draft/353748/2023-11-10_yj4redoaa581.png"></figure>&nbsp;Remix CultureI think this simple design is very open for you to bring in your designs too! So be invited to create even better propellers! (I uploaded the .step file of the core piece. [mm])&nbsp;<figure class="image image_resized image-style-align-center" style="width:66.54%;"><img src="https://makerworld.bblmw.com/makerworld/draft/353748/2023-11-10_sxifu6dn5if0.jpg"></figure>&nbsp;&nbsp;&nbsp;Update 06.07.2022Added a new (hopefully) more aerodynamik prop. This one flies even higher!(Added in standard download & single)Update 28.05.2023Increased the strength of the prop a little by adding a radius connecting the wings with the outer ring.Update 23.02.2023: NEW PULLING RODS! Some had proplems with a breaking pulling Rod. So I beefed up the old one (Classic+) and also designed 2 totaly new ones (Ergonomic & Hook). For the Ergonomic one you will need a M3 x 20+ Screw for assembling. I tested all with PLA in the local kindergarten and they withstand even rough abuse :PUpdate 27.09.2023: Due to different manufacturing tolerances the press fit does not always work directly (scaling the axle can work wonders) I have slightly reworked the inner mechanics. I'm happy about any short feedback on the new design!&nbsp;&nbsp;If you like my work I would be very happy if you share it with others and leave a like :)

Strong Flying Propeller / Pull Copter (No Supports)

Onkelsam

simple 2d wall artEasy to attach with double-sided tape&nbsp;The second version is mirrored if you want the print bed surface as a visible side or if you hang the logo on a window

Bart Simpson

3DPmom

<figure class="media"></figure><img class="image_resized" style="width: 30.59%" src="https://makerworld.bblmw.com/makerworld/model/DSM00000000149136/design/b50369d8-d175-46ad-80d6-b86a1393e919">These are fun rockets with boosters that extend on take-off. I designed two sizes and each contain two parts: the main rocket body and the boosters. The larger rocket has four small boosters and the smaller rocket has one large booster.  These make great little gifts or party favors 🚀&nbsp;<img class="image_resized" style="width: 30.5%" src="https://makerworld.bblmw.com/makerworld/model/DSM00000000149136/design/41d3f34e-0eac-43be-ba01-6c384316d3ca">Layer Height 0.2mmPLA works great15-20% InfillSupports needed for the area around the boosters on the Large Rocket&nbsp;Dimensions of Large Rocket: 4in x 2 3/8inDimensions of Small Rocket: 3 1/4in x 1 7/8in&nbsp;There are two ways you can print these rockets (I included both in their print profiles):<ol><li>Print the complete rocket: this prints great but if you want multi-color for the boosters (and/or fins) it’s going to take some time (I found 8-10hrs)</li><li>Print the boosters first, print the rocket second pausing at layer height 15.6mm for the large rocket and 30.6mm for the small rocket, drop the boosters in and then continue printing. This method is much faster:)</li></ol>&nbsp;In the print profile for the small rocket I included the complete rocket to print on plate #1. On plates #2 &amp; #3 I separated the rocket from the boosters, so they can be printed separately (make sure to print the boosters first:)&nbsp;In the print profile for the larger rocket I included the complete rocket to print on plate #1. On plates #2 &amp; #3 I separated the rocket from the 4 sets of small boosters so they can be printed separately (again make sure to print the boosters first:)&nbsp;Note: supports are needed for the larger rocket at the base around the rings for the boosters. I have included those supports in my print profile. (Also note if you are printing plate #3, I did not include supports in the booster chambers so that they are clear to drop the boosters in:)&nbsp;<img class="image_resized" style="width: 30.6%" src="https://makerworld.bblmw.com/makerworld/model/DSM00000000149136/design/5e3a3622-4ff3-47e6-adc2-303a5155681a">My designs are free for personal and non-commercial use. If you would like to sell them for commercial use, send me a message and we can discuss the details:)&nbsp;<img class="image_resized" style="width: 30.54%" src="https://makerworld.bblmw.com/makerworld/model/DSM00000000149136/design/e757d34e-1fcd-4b04-b6fe-8c0d913c3a49">If you like my work and want to help support it, you can buy me a Diet Coke at <a target="_blank" href="https://www.buymeacoffee.com/3dpmom" rel="nofollow noopener">https://www.buymeacoffee.com/3dpmom</a> Thanks so much!&nbsp;Have fun printing these…they’re a blast 🚀

Rocket with Boosters (2 Sizes)

fdjean

Simple “red dot” sight Uses an M3x30 round head screw and its nut Includes Fusion 360 + STEP CAD files if you wish to customize Picked from <a target="_blank" href="https://hackaday.io/project/188877-3d-printed-repeating-crossbowsling-shot-pistol" rel="nofollow noopener">https://hackaday.io/project/188877-3d-printed-repeating-crossbowsling-shot-pistol</a>

simple red dot sight

Nice

harrypulvirenti

It is basically an optimisation of the original design but is functionally the same. This remix eliminates a rear wall to use less material and makes overhangs less pronounced to make the model easier to be printed. I strongly recommend using brim to print it if you don't want to see the heel fall.You can find the suggested orientation used to print the object in the images.With the proposed orientation the object should fit without scaling it, you will maybe just need to move it a little bit into position, but some user reported that scaling it down to 95% also works well. &nbsp;I tested it with my X1C and is perfectly compatible. About the P1P the original model was compatible with the P1P without enclosure and this remix have the same compatibility

Bambu Lab - Filament Poop Bin - X1, X1C, P1P and P1S

tsubus

I remixed this project found on thingiverse and adjusted some shapes that were not printable.&nbsp;The profile used in Bambu studio is the default 0.08mm Extra fine profile with the following modifications:&nbsp;walls: 4infill: gyroid 15%&nbsp;Copy of the description from the original designer <a target="_blank" href="https://www.thingiverse.com/jhoward679" rel="nofollow noopener">jhoward679</a>: Summarythis is a wip. i will be tweaking and adding files and information as i go. any comments questions or suggestions are welcome. these are a set of "precision" tools that are printable.WARNING: do not scale this project it will mess up the measurements. if something does not fit on your build platform you can either copy my original from tinker cad and adjust it to fit, or ask and i can see if i can break up the sets into smaller sets to accommodate.i am new to 3d printing having just built my kit last month and just started to design a few weeks after that, so any hints tips or advice is more than welcome. constructive criticism helps me construct better.after i built my 3d printer it took all of 3 seconds before the kids in my family wanted in. i am more than happy to share and teach, however i start to get teary eyed at the thought my expensive precision tools being destroyed by hyperactive 6 year old. being a tinkerer i have a large set of precision tools and know the importance of "the right tool for the job". i have also had more than one tool broken by someone abusing it because they didn't know how to use it properly or didn't care to. so now i can print a set for each kid, then they can all learn how to use them and start in on their own projects! and my tools can live for at least one more day!so far i have a set of feeler gauges designed for mm and inch. and a hole gauge set in the same. a 6 in simple ruler inch/centimeter with a v-block to help hold round objects in the center for marking. a set of simple calipers in cm and inch. a fillet gauge in mm and inch with convex and concave ends. a speed bevel to mark or measure angles quickly. more tools will be included in the final set. i hope that they enable people who are starting off in 3d printing and design to be able to have a precision tool set that is adequate for design and testing of their projects and machines. nothing replaces a quality set of durable precision instruments hence the quotation marks around precision in the title however this printable set should serve as a working set until better tools can be acquired, or may serve as a permanent set/loner set. plus its always nice to be able to simply reprint a broken or lost tool.Thanks to jbeegs30 for the correction on the inch gauge and the file upload.this set can easly save you at least $100. steel calipers ~ $10 fillet gauge mm ~ $15 fillet gauge in ~ $15 feeler gauge mm ~ $15 and usually not in the sizes we would use for 3d printing feeler gauge in ~ $15 and usually not in the sizes we would use for 3d printing hole gauge set mm ~ $ 20 $10 each hole gauge set in ~ $ 20 $10 each total ~$110<h4>Print Settings</h4><ul><li>Printer:</li></ul>Hictop Prusa i3<ul><li>Rafts:</li></ul>No<ul><li>Supports:</li></ul>No<ul><li>Resolution:</li></ul>.1 mm<ul><li>Infill:</li></ul>30<ul><li>Notes:</li></ul>print using the highest resolution settings that your machine can do. the print will take a lot longer, however it will result in a more precise tool with more durability. print with a brim for all of the files except the feeler gauges.<h4>Post-Printing</h4>post print finishing is needed&nbsp;to get the most out of the tools a good amount of finishing is required. any places on the prints that have any stringing or rough/uneven surfaces should be lightly sanded with a high grit sand paper 200+. for the feeler and fillet gauges i simply threaded a piece of string through the holes in the prints and tied a loop in the string so i can hang them over the workbench. leave enough slack in the line so that you can easily separate one of the tools from the others in the set.remember that if you dont have any tools to check an item with known measurements t&nbsp;<h4>How I Designed This</h4>how to&nbsp;i designed the tools in this set on tinkercad. links to the individual files will be added over time. you can click the links to tinker cad and undo/disassemble any of the sets to see how it was done.&nbsp;<img src="https://cdn.thingiverse.com/assets/df/00/dc/4a/d5/how_1.jpg" alt=""><img src="https://cdn.thingiverse.com/assets/01/ef/11/57/21/how_2.jpg" alt=""><img src="https://cdn.thingiverse.com/assets/5a/5f/ef/2f/9f/how_3.jpg" alt=""><img src="https://cdn.thingiverse.com/assets/1c/c8/f2/9e/25/how_4.jpg" alt=""><img src="https://cdn.thingiverse.com/assets/36/a9/7d/85/2f/how_5.jpg" alt=""><img src="https://cdn.thingiverse.com/assets/30/b2/4a/08/16/how_8.jpg" alt=""><img src="https://cdn.thingiverse.com/assets/12/bd/ce/c3/ff/how_10.jpg" alt=""><h4>Printable "Precision" Measuring Tools</h4>project name&nbsp;Printable "Precision" Measuring Tools.a collection of tools that can be used for calibration and testing of your printer and to use as a set of tools for measuring when designing a project.&nbsp;Overview & Background&nbsp;hopefully by completing this project you will learn about printer calibration, testing and bed leveling, then by printing your own set of precision printing tools you can learn how to use them properly and be able to recreate a simple object in as a 3d model.&nbsp;Objectives&nbsp;by participating in this build students will learn what the different types of precision tools are and how to use them to recreate an object of their choice as a model and print it. they should be encouraged to choose simple models but can tackle harder challenges if they wish.(start shameless plug) even a Sphero or Ozobot docking station obstacle or holder! (end shameless plug).&nbsp;Audiences&nbsp;this project is really applicable to any age i showed my 3 year old goddaughter how to use the fillet gauge and she was running around the house measuring the edges of everything and announcing the results, the kitchen counter, her moms phone, the rim of the toilet bowl, the handle of the sink after washing the gauges because she touched the toilet with them...ect.this project can be scaled from a simple show and tell as an introduction to the tools all the way up to a printer calibration test with a reproduction of a real world object using the tools and then a comparison of the printed model and the real world object to check for the accuracy of how the student used the tools.&nbsp;Subjects&nbsp;it really depends on how liberally you want to apply the tools to the lesson. these tools can be used as examples in a lesson or be the lesson itself. math, science, art, shop/handcrafts, design, really any subject that uses measuring.&nbsp;Skills Learned (Standards)&nbsp;after the project is completed depending on how the teacher presented the project and the level of difficulty they chose the students will all have an understanding of what precision tools are, how to use them to take measurements, depending on the scale of the lesson it can be used to calibrate and test the printer, take a real world object measure it and reproduce it as a model in tinkercad (or other cad software) and print it.&nbsp;Lesson/Activity&nbsp;this lesson/activity can be scaled to however large or small you want it to be.this can be a simple show and tell for friends family or the kids, or show and tell for the class room. this can be as simple as printing the tool that you want to show and bringing it into class or to your audience and explaining how the tool works, how it is properly used, and then passing it around and letting the student use the tool to measure an object of your/their choice then the students can write down the dimensions of the object and be graded by accuracy within a tolerance. you can print all of the tools in the set and do it all at once or spread it out over a period of time for example doing one tool a day.this tool set can also be used to test printer tolerances and calibrations in the classroom. the lesson could be about fine tuning and calibration of the machines. as we all know even the best machines need calibration and fine tuning which leads to better prints and a deeper understanding of how these machines work, which makes troubleshooting less of a mind altering, hair pulling, i cant believe the print failed at 90% completion, that's it im throwing this printer off the roof experience. the more you know about the printer the easier it is to trouble shoot. the printed tools can be checked for accuracy with other tools and then a better understanding of the accuracy of the particular printer will be gained.you can also scale this lesson all the way up to the level of for example having the student choose a real world object to replicate it using the printed and tested tools to measure the dimensions and create the model in cad software (i use tinkercad but there's a ton of great software out there). the student can then use the printed and tested tools to measure the real world object and the printed object to compare how close the dimensions are. the students could work alone or be put into groups depending on the resources of the facility. the final reproductions could then be graded based on accuracy.&nbsp;Duration&nbsp;once again the project can be scaled. if the tools are printed before hand and passed around the lesson can be as short as it takes to pass an example around the class. or if the teacher wants the whole class to print their own tools and reproduce an item it can be the entire class from start to finish.&nbsp;Preparation&nbsp;if the lesson is a simple show and tell to introduce the students to the tools, then there is no prep and the teacher doesn't even need a printer they can order a print off thingiverse. if not the facility will need a printer/s, an internet connection, and filament.&nbsp;References&nbsp;n/a&nbsp;Rubric & Assessment&nbsp;I am not a teacher so i don't have any experience in this. i guess for the show and tell you could pass an object around and have the students measure it with the various tools then they could fill out an answer sheet and be graded on accuracy. for the full scale of the project you could give a grade based of how close to a given tolerance the students given tolerance is to for example the reproduced real world object within +/-.1 is an A. +/-.5 is an B. etc... the teacher could adjust the letter grade of the tolerance based on the precision of their printer/s.&nbsp;Handouts & Assets&nbsp;n/a&nbsp;

Printable "Precision" Measuring Tools

useful

PrintPractical

Give your family member or friend a fun puzzle filled with cash. Sometimes you feel bad about giving someone cash for the holidays, but this puzzle adds a little bit of fun and makes them work for it! The Maze part of the print can be printed with no supports. I recommend printing the lid upside down with normal supports for the nubs. It has been very easy to break them supports out. There are 3 mazes included (Easy, Hard, HardPlus). The HardPlus maze just includes a few fake paths to make it a tiny more difficult. The fake paths are very short.&nbsp;Check out the video to see it in action: https://youtu.be/UJ3_uOS36g8