user_3264729157

Miguel M.

This is a Modular and multi-size tape dispenser.I first designed this as a single size (3/4in) non modular dispenser, held together with screws. The comment I got the most was : were are the other sizes?I refined the design, corrected a few mistakes in the files and made the whole thing fully customizable. You can now make this thing as wide as you want, holding as many rolls of any size you need.<h4>Versions</h4>My original screwed version is still available for those who like the look of the screws. This version is unfortunately not modular, but is now available in all sizes.The Glued version is the modular version available for tape rolls ½ in, ¾ in, 1 in and 2 in wide tape.Both version have holes on the bottom that accept 6x3mm round magnet. This dispenser was originally designed to go on my metal toolbox… use as many or as little magnets as you want/need (or none at all).The Spindles accept standard 3inch (inside diameter) rolls.There are 2 versions of the frames. The old version is wider, that is the only difference. They both work the same. the newer version uses less plastic keeps the total width of the dispenser reasonable and obviously saved printing time. I recommend the old wider version if you are printing a single 1/2 inch roll dispenser to make it more stable.I made a second version of the front and back 2 inch spacers that has triangular openings. Again this saves plastic, but it also makes it look a lot lighter, airier, open…. both versions function the exact same. Your choice.<h4>Printing</h4>I print My dispensers in PLA<ul><li>0.2mm layers</li><li>10% grid infill</li><li>2 perimeters for glued version</li><li>3 perimeters minimum for screwed version in order to have more material to drill and tap the holes.</li></ul>To print a dispenser you will need:<ul><li>1 LH frame</li><li>1 RH frame</li><li>1 Spindle (select a size)</li><li>2 pins</li><li>1 front Spacer (select same size as spindle for spacers)</li><li>1 Mid Spacer</li><li>1 back spacer</li></ul>If you are printing a multi-roll dispenser you will need:<ul><li>1 separator for each additional size you want to add</li><li>A set of spacers of the desired width</li><li>A spindle and 2 pins of the desired width.</li></ul>I included a clip that can be used to screw down the dispenser and keep it from moving if desired.I included STL for all versions of every partG-codes included for glued version (Modular)<h3>UPDATE!!</h3>I have uploaded a new model that lets you print a heavier base for this dispenser. The base replaces the spacers and can be filled with material of your choice to add weight.<a target="_blank" href="https://makerworld.com/en/models/492593" rel="nofollow noopener">https://makerworld.com/en/models/492593</a><h3>Assembly</h3>&nbsp;Screwed version:You will need 12x 6-32 screws 5/8 long (7/8 long for the old version frames) this length works with the ½ inch spacers, you can use longer screws for the wider versions if you wish to do so.Open the pilot holes in the spacers to 0.1065 (no.36 drill) and tap the spacers. You need to tap half way from each side of the spacers.You can also use 3mm screws approx. 16mm long ( 22mm for old/wider version of the frames) pre drill to 2.5 mm before tapping.Do not over torque the screws, this is just plastic and only needs light tightening.&nbsp;Glued versionThis version is a bit more user friendly.The parts in the glued version all have spherical registrations to align the holes. The important thing is to make sure that you cleanup the semi spheres from any stringing or imperfection before assembly. A quick light pass with sand paper is sometimes a good idea on the “male” spheres. The “female” spheres are usually pretty clean.I use C.A. glue to put everything together, I imagine epoxy would work very well also.I use clamps to press everything together and close all the gaps, and this works very well.I suggest doing a full gluing sections all at once to make sure every thing is glued square and will fit correctly with the following section. ( If you are going the modular route)If you don&#39;t have access to clamp, weights can certainly do the trick.Insert the pins in the spindle, they should go in tight. If not, a drop of glue will fix that. If too tight a little bit of sand paper should do the trick.You will need a ½ inch wide hacksaw blade. Cut to required length and insert in slot. Fit should be tight.I included a clip that can be used to screw down the dispenser and keep it from moving if desired. I could not think of an elegant way to add weight to this so this clip might help screw it down to keep it from moving around. A clamp also works well on the side of a work bench. Check back soon for a hook I&#39;m thinking of to lock it into a surface/shelf/bench in one quick motion…. will add it within a few days.Cabinet door adhesive rubber bumpers also work great to help keep it in place.&nbsp;That&#39;s a lot of info… don&#39;t hesitate to post a message if anything needs clarification.Thanks for downloading this if you did and don&#39;t forget to post your make! I&#39;m always curious to see what people do with the stuff I post. Constructive criticism always welcome.And If you have a minute, check out my other models!&nbsp;&nbsp;

Tape Dispenser, Multi-size/Modular

werkstatt

cartyski

My crystal hand ring stand was previously scaled too large and lacked stability. I have reduced the size and added a hex base to refine this beautiful sculpture.&nbsp;The rings pictured are size 10 for reference.

Crystal Hand Ring Stand v2

SabreDesign

Modern and simplistic pencil holder.&nbsp;106 mm tall&nbsp;If you want to support me you can join a patreon membership: https://www.patreon.com/SabreDesign&nbsp;Check out more of my designs below and on my profile: <img src="https://makerworld.bblmw.com/makerworld/draft/625848/2024-01-15_aa815a6e63302.png"> <img src="https://makerworld.bblmw.com/makerworld/draft/625848/2023-12-27_4dd127cfa82f5.png"> <img src="https://makerworld.bblmw.com/makerworld/draft/625848/2023-12-27_2951845da928b.png">

Pencil Holder

Miri

ctek

Hugo

<h3>The reason behind this project</h3>I absolutely love 3D-printed storage systems, but there&#39;s one thing I don&#39;t like about them: how the bins connect to each other. With most systems out there, you need to print a base grid or tiny connecting pieces, which is a bit of a hassle. And the attempts at interconnecting storage systems are not aestheticly pleasing. That&#39;s why I came up with this new design! I wanted interlocking bins of various sizes that can connect on each side but with a sleek and simple design.I&#39;ve also added small bumps on the inside, which means you can add accessories and customise each bin to a dedicated task.And to create custom storage boxes, I&#39;ve adapted my <a href="https://www.printables.com/model/761101-snaplock-storage-boxes" rel="nofollow">SnapLock </a>model to accommodate the bins.&nbsp;<h3>How to choose the size</h3>The standard bin, Bin_1x1x1, is 60x60x50mm outer dimensions.All the dimensions in the STL names are based on those dimensions*Every bin is named as follow : Bin_length x width x heightThe other flat components such as lids are named : Lid_length x width&nbsp;*The other bins are not exact multiples of the standard bin as I take into account the interconnecting part&nbsp;<h3>Test print</h3>I encourage you to test the fit by printing 2 Bin_1x1x0.5It should be a nice, snug fit, but not so tight that it&#39;s impossible to split.&nbsp;<h3>Printing</h3>All the STLs are oriented to be printed directly No support neededYou can use any materialThe sweet spot between material use and rigidity for me is 2 walls ans 5% infill with a 0.4mm nozzle (bigger nozzle should work as well)&nbsp;<h3>Accessories </h3>You can even put the bins on their side to act as drawers.For the moment I have designed several accessories that fit inside or outside the bins :<ul><li>Drawers (I used the plastic&#39;s elasticity to lock them in place while closed)<ul><li>Assembled drawer</li><li>Screw drawer</li></ul></li><li>Lid (to close any bin</li><li>Screw organizer</li><li>Tray</li><li>Battery holder</li><li>Pen holder</li><li>SnapLock storage box</li></ul>&nbsp;Feel free to give me some feedback if you give this project a try :)

BinLink

Organisation

soerensteen

I was tired of having to carry the key card for my Tesla Model 3 while surfing. Therefore I created this mini keyhanger instead. I dissolved the Tesla Key Card in acetone and took out the chip and antenna. Twist the antenna to form an "8" and fold in half. Repeat and you will end up with a spool fitting the keychain.Remember to test the chip and antenna numerous times during the process on your vehicle to make sure the key still works.I filled the gaps and glued it all together with Tec7 sealant to make it sort of waterproof. Time will tell how it holds up.&nbsp;

Tesla Model 3 / Y Mini Key Card

Tesla

Ebmeier

Overview: The &#34;Low Poly - German Shepherd 3D Model&#34; is a captivating digital sculpture designed for the upcoming &#34;Animal Frenzy Design Festival&#34; on Makerworld. Inspired by a passion for low poly animal statues, this modern and visually pleasing 3D model offers contestants the opportunity to showcase their creativity and artistic talent in a virtual environment. With its sleek lines, geometric simplicity, and timeless elegance, the model captures the essence of the German Shepherd breed while embracing the minimalist aesthetic of low poly art.Features:Digital Precision: Crafted with meticulous attention to detail, the 3D model showcases the German Shepherd&#39;s iconic silhouette with precision and accuracy, capturing the breed&#39;s distinctive traits and characteristics in digital form. From the angular contours of its body to the sharp angles of its ears, every facet of the model is carefully sculpted to evoke the essence of the German Shepherd breed.Geometric Sophistication: The model exemplifies the geometric elegance of low poly art, with its simplified forms and angular geometry creating a visually striking composition that is both modern and sophisticated. Each polygon is thoughtfully positioned and scaled to achieve a harmonious balance between realism and abstraction, resulting in a dynamic and expressive representation of the German Shepherd.Interactive Experience: Designed for digital download, the 3D model offers users the opportunity to interact with and manipulate the sculpture in a virtual environment. Whether for personal enjoyment, educational purposes, or creative experimentation, users can explore the model from every angle, zoom in on specific details, and even customize certain aspects to suit their preferences.

Low Poly - German Shepherd

Hund

dubmehard

Hello,cross responsibly sign.Thanks for your download, enjoy the print!