Kekuna

n3rding

HDD/SSD holder/rack/caddy/storage<ul><li>Can hold 2 x 3.5&#34; HDDs or 7 x 2.5&#34; drives</li><li>Supports both the standard 9.5mm drives and the slim 7mm drives (by aligning to the left/right of the slot).</li><li>3.5&#34; slots are marked with 1/0</li><li>2.5&#34; slots are marked with the day of the week (7 Days version) or A to G (Alpha version)</li><li>HL versions come with r/homelab logo and text, “HL Logo” versions just have the front logo.</li><li>Blank version available for your own tinkering!</li><li>Printed fine with 0% infill. (YMMV)</li></ul>&nbsp;<figure class="media"><oembed url="https://www.youtube.com/watch?v=suQplWu1q9Y"></oembed></figure>

3.5 & 2.5 HDD SSD Disk Storage

3D Print It

This is the UnderHook!&nbsp;A multi-hook system that sits under your kitchen cabinet and holds mitts, towels, oven gloves and whathever you want to hang, and keep everything in order.&nbsp;The print is straightforward (just lay it flat, slice and print it) and it just need a little double sided tape to avoid bending and stay flat on the bottom of the cabinet.&nbsp;It fits a standard IKEA cabinet, with a 18mm thick base.

UnderHook

Kitchen

Piwi

Dieser Ständer ist Kompakt und kann eine große Anzahl Spielsteine aufnehmen (32 Stück). Die Seitenteile sind nur aufgeklemmt und können zum Verstauen im original Karton abgenommen werden. Die 4 Zeilen können jeweils 8 Spielsteien aufnehmen und man hat für jede Farbe eine Zeile. Durch die vordere Vertiefung in jeder Zeile fallen die Steine nicht herunter, können aber leicht entnommen werden.&nbsp;This stand is compact and can hold a large number of game pieces (32 pieces). The side parts are only clamped on and can be removed for storage in the original box. The 4 rows can hold 8 tiles each and you have one row for each color. The front recess in each row prevents the tiles from falling down, but they can be easily removed.

Rummikub Stand 4x8

Games

GlennovitS 3D

<figure class="table"><table style="border: 4px solid rgb(77, 230, 77)"><tbody><tr><td style="border: 1px solid rgb(191, 191, 191); padding: 0.4em">Welcome to GlennovitS3D. Join the Club on Printables.com to support creation of new models, get access to exclusive models, and get commercial rights, to sell prints of my models. <a target="_blank" href="https://www.printables.com/@GlennovitS3D#join" rel="nofollow noopener">Join today - GlennovitS3D</a> - or check out my <a target="_blank" href="https://makerworld.com/en/@GlennovitS3D" rel="nofollow noopener">model collection</a> 🗂️ and my <a target="_blank" href="https://makerworld.com/en/@GlennovitS3D/collections/1401115" rel="nofollow noopener">popular models 🔥</a></td></tr></tbody></table></figure>Updates:22. June 2024 - Uploaded a box to store the samples: <a target="_blank" href="https://makerworld.com/en/models/505421#profileId-421096" rel="nofollow noopener">Ultimate Sample Box</a> - enjoy!17. June 2024 - Added Elegoo, Jayo and Kingroon as brands in the OpenSCAD file. &nbsp;This has been my go-to filament sample I have printed for years now, every time I got a new material type/color. And having these cards as reference for color and transparency is awesome. And now I have learned a little OpenSCAD and recreated it there, for ease of use for other makers! Enjoy!You can add text in multiple ways - whatever suits you the best. And the card (size, thickness and so on…) itself can be customized too.<h2>Overview</h2><figure class="image image-style-side"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000487839/design/2024-06-07_82f7a9f05356f.jpeg"></figure>The filament sample contains the following information about the filament material:<ul><li>Brand</li><li>Series and Color</li><li>Type</li><li>Optional extra (fx. price, temperature or something else..)</li></ul><h2>Customize it!</h2>You can add text in multiple ways:<ul><li>Print a default version with only material type added in the model, and add label or write with a marker afterwards.</li><li>Add text in the slicer (easy to do in fx. Bambu Studio - see attached files!)</li><li>Customize text and/or size in the OpenSCAD file - easily done online on MakerWorld’s Parametric Model Maker. Customize → Download → Slice → Print!</li></ul><h2>OpenSCAD options</h2><figure class="image image-style-side"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000487839/design/2024-06-22_e4d0e6bea6a19.jpeg"></figure>The OpenSCAD model that you can customize online, has a lot of options for you to find what you like the best! Here are some of them:<ul><li>Materials (20+ options or custom)</li><li>Material Brands (15+ options or custom)</li><li>Material Types/Series (30+ options or custom)</li><li>Material Color (60+ options or custom)</li><li>Text sizes</li><li>Text styles (default, bold, narrow, extra narrow - or a combination)</li><li>Custom text</li><li>Size of sample card (length, height, thickness, corner radius, border…)</li><li>and more!..</li></ul>(Missing a brand, type, color or something - please let me know!)<h2>Edit custom text in slicer</h2>Here is how to edit custom text in slicer (in Bambu Studio):<ol><li>Click on the Filament Sample with the ‘Custom’ text on</li><li>In the side-panel on the left, click on Objects (next to Process / Global)</li><li>Expand the Favorite Filament Sample by pressing the little arrow </li><li>Right click on either &#39;PLA&#39;, ‘Color’ or ‘Title’ and press Edit text</li><li>Adjust text and size to your liking</li><li>Optional: if needed move the text around on the model - simply drag on the pink square in the middle of the text (visible after you pressed Edit text above..)</li></ol><h2>Print instructions</h2>This is easy - but a few tips:<ul><li>Layer height: 0.2 (makes the layer transparency equal for all layers of that part)</li><li>Brim: No, not needed</li><li>Nozzle size: 0.4 works just fine</li></ul>Happy printing!

Favorite Filament Sample (Customize color swatch)

Filament

tweak(c)ad

Just a couple of grams of filament and 15 minutes, that&#39;s all it takes to print this simple and minimalistic cable clip / organizer.  I really hope you like it.   Makes a really satisfying click when closed.&nbsp;Please let me know what you think if you print this! &nbsp;<figure class="table"><table style="background-color: hsl(0, 0%, 100%)"><tbody><tr><td>2024-05-19</td><td>Updated the model with a Lip to make it easier to open as suggested by <a target="_blank" href="https://makerworld.com/en/@sNaqchen" rel="nofollow noopener">sNaqchen</a> ( Print profile V2 )</td></tr><tr><td style="border: 0px solid hsl(0, 0%, 100%)">2024-06-01</td><td>Added .f3d as a downloadable file. </td></tr></tbody></table></figure> I know there is a lot of alternatives, but I designed this so it can store the cables more neatly, similar to a cable comb and most important: it is not bulky. &nbsp;I have included 2 versions, a small for thinner short cables (&gt;4mm diameter) and a 150% scaled version that works on longer or thicker cables.&nbsp;I advocate the 150% version for most uses! It is stronger and less finnicky* to use.  *Don&#39;t get me wrong, it is still really simple to use! However, you can scale it to your liking in the slicer. I have scaled one to 200% for a couple of outdoor cables. Works just as great!&nbsp;I have printed mine without a brim on a textured PEI plate without any problems, but if you have bed adhesion issues, use the print profile with the brim.

Minimalistic Cable Clip

Cable

CherrysCollection

V1 the original version can be found here:<a target="_blank" href="https://makerworld.com/en/models/432593#profileId-337216" rel="nofollow noopener">https://makerworld.com/en/models/432593#profileId-337216</a>&nbsp;Changes in V2<ol><li>Added vents on the lid to keep it cool in there. very important in hot summers specially if you have chargers in there.</li><li>Added multiple cable exits which makes it easier to organize multiple cables in different directions.</li></ol>Manage the cables in your home with this box. It makes it neat and tidy plus it makes your cables out of reach of crawling babies and pets.I tried to make it as large as possible considering the size of X1 and A1. It wont fit on the mini.Base of the box is 23 cm / 9 inches long.&nbsp;Hope you like it.&nbsp;Happy Printing!

Cable Management Box V2

Electronics

Shaztech.info

4 Trays HDD Box for NAS/ServerFully printed enclosure (you can print the external case or make your own in wood/metal/aluminium)Using long SATA/SAS cables, so no complicated electronicsAll parts are easily available on Amazon/Aliexpress/EbayTrays are available for 3.5 and 2.5in HDD/SSD&nbsp;Connect the fan to the 12V wire (Yellow)Connect the LED with the resistor to the 5V wire (Red)&nbsp;Overall dimensions: 160mm (6.28 in) wide, 214mm (8.43 in) depth, 152mm (6 in) Height&nbsp;Bill of Materials:20x - Torx Screws #4 x 1/2&#34; - McMaster #99512A219 4x - Socked Head Screws M3 x 22mm - McMaster #91290A124 1x - Computer Fan 120mm (with 4 screws) 1x - 5mm LED + resistor 1x - Quad SATA 1 Meter Cable (or SAS if you have a card) (see pictures) 4x - SATA Adapters Male to Female Straight (see pictures) 4x - SATA Power connector (Puncture type without soldering, can be salvaged from old cables) (see pictures) Some 16 gauge wires to create your power cable (Female molex to one end)&nbsp;If you want larger check my 8 Trays box. (12 Trays 3U rack mountable coming soon….)&nbsp;<a target="_blank" href="https://www.buymeacoffee.com/shaztech_info" rel="nofollow noopener">Buy me a coffee</a>

4 Trays HDD Enclosure (SATA/SAS)

miqu

The HiveLight is an innovative lighting fixture designed to immerse your space in mesmerizing colors and dynamic patterns. With its blend of captivating visuals, touch-sensitive controls, and audio-reactive lighting, the HiveLight adds an enchanting ambiance to any environment. While this tutorial provides detailed instructions for assembly and configuration, it's essential to approach this project with caution and understanding.&nbsp;Recreate at Your Own Risk:Building electronic devices involves working with various components and soldering, which can pose risks if not done correctly. Therefore, it's crucial to have a basic understanding of electronics and soldering techniques before attempting this project. If you're unfamiliar with these concepts, consider seeking guidance from someone with experience or conducting thorough research beforehand.&nbsp;Know What You're Doing:Each step in this tutorial requires careful attention to detail, from soldering connections to configuring software settings. Before proceeding, take the time to understand the purpose and implications of each action. If you encounter any uncertainties or difficulties along the way, don't hesitate to seek clarification or assistance.&nbsp;By acknowledging these considerations and approaching the project with care and knowledge, you can maximize your chances of success while minimizing potential risks. Enjoy the process of creating your HiveLight, but always prioritize safety and understanding throughout the journey.&nbsp;Materials Needed:<ul><li>ESP32 Development Board</li><li>WS2812B LED Strip</li><li>TTP223 Capacitive Touch Sensor</li><li>INMP441 MEMS Microphone</li><li>470 Ohm Resistor</li><li>USB Cable</li><li>1000 µF, 10V Capacitor</li><li>Jumper Wires</li><li>Soldering Iron and Solder</li><li>3D Printed Lamp Components</li></ul>Software Installation:&nbsp;Install WLED on ESP32:<ul><li>Connect the ESP32 to your PC via USB.</li><li>Visit <a target="_blank" href="https://install.wled.me/" rel="nofollow noopener">https://install.wled.me/</a> and follow the on-screen instructions to install the "AudioReactive" version of WLED.</li><li>Set up Wi-Fi credentials as prompted during the installation process.</li></ul>Visual representation how I soldered everything together:<img src="https://makerworld.bblmw.com/makerworld/draft/736376/2024-01-31_a9b70e461c1bd.png">&nbsp; Hardware Assembly:&nbsp;Prepare USB Cable:<ul><li>Cut one end of the USB cable and pass it through the hole in the 3D printed bottom part of the lamp.</li></ul>Solder Capacitor:<ul><li>Solder the 1000 µF capacitor across the USB cable's +5V and GND wires for power smoothing. Connect ESP32:</li><li>Solder a jumper wire from the positive leg of the capacitor to the 5V pin of the ESP32.</li><li>Solder another jumper wire from the negative leg of the capacitor to the GND pin of the ESP32.</li><li>Desolder the onboard LED from the ESP32 to prevent unwanted light emission through the lamp.</li></ul>Connect LED Strip:<ul><li>Solder a 470 Ohm resistor to GPIO16 on the ESP32.</li><li>Wrapped the LED strip around the tower and cut the excess strip. Counted how many LEDS I used - 33.</li><li>From the resistor, solder a jumper wire to the data input pin of the LED strip.</li><li>Solder the LED strip's +5V wire to the positive leg of the capacitor and the GND wire to the negative leg of the capacitor.</li></ul>Connect Microphone:<ul><li>Solder a wire from microphone's GND and L/R pins to the ESP32's GND pin.</li><li>Solder a wire from the microphone's VDD pin to the ESP32's 3.3V pin.</li><li>Solder a wire from the microphone's SD pin to GPIO32, SCK pin to GPIO33, and WS pin to GPIO25 on the ESP32.</li></ul>Connect Touch Sensor:<ul><li>Bridge the 'B' connection on the touch sensor.</li><li>Desolder the onboard LED</li><li>Solder a wire from the touch sensor's GND terminal to the capacitor's GND.</li><li>Solder another wire from the touch sensor's VCC terminal to the capacitor.</li><li>Solder a wire from the TTP223 sensor's I/O terminal to GPIO12 on the ESP32.</li></ul>After soldering, secure the ESP32 to the bottom case with hot glue, ensuring it's firmly attached. Place the touch sensor in its designated slot and apply hot glue around its edges. Let the microphone hang freely inside the case. Allow the hot glue to cool and harden before handling the assembly.&nbsp;Software Configuration:&nbsp;Configure WLED LED Preferences:<ul><li>Access WLED's web interface using the ESP32's IP address.</li><li>Navigate to the "Config" tab and select “LED Preferences.”</li><li>Tick the checkbox for "Enable automatic brightness limiter" and set "Maximum Current" to 400mA.</li><li>Choose "5V efficient (35mA)" under "LED voltage" and set the "Length" to how many LEDs you used under "LED outputs." In my case it was 33.</li><li>Assign GPIO 16 for LED data output and GPIO 12 for the touch sensor.</li><li>Click on the "Save" button to apply the LED preferences.</li></ul><img src="https://makerworld.bblmw.com/makerworld/draft/736376/2024-01-31_f71f7764ed6aa.png">&nbsp;Configure Audio Reactive Mode:<ul><li>In the WLED web interface, navigate to the “Config” tab again, then select “Usermods”.</li><li>Under "Digitalmic," set the "Type" to “Generic I2S”.</li><li>Assign pins for I2S communication: Pin I2S SD: 32, Pin I2S WS: 25, Pin I2S SCK: 33</li><li>Set "Pin I2S MCLK" to “Unused.”</li><li>Click on the "Save" button to apply the usermod configuration.</li></ul> <img src="https://makerworld.bblmw.com/makerworld/draft/736376/2024-01-31_5a2fbf6a6cb6e.png">&nbsp;Testing and Usage:&nbsp;Test Touch Sensor Functionality:<ul><li>Verify that the touch sensor can toggle the lamp on and off effectively. </li></ul>Test Audio-Reactive Functionality:<ul><li>In the WLED web interface, select an audio-reactive preset.</li><li>Play music or generate noise near the microphone to observe the lamp's dynamic audio-reactive lighting patterns.</li></ul>Adjust Settings and Presets:<ul><li>Customize settings and presets in the WLED web interface to fine-tune the mood lighting experience. </li></ul>Follow these instructions carefully to assemble and configure your HiveLight Mood Lamp. Enjoy the mesmerizing light displays and interactive features!

WLED HiveLight audioreactive mood lamp

Light

MaxTee

<a target="_blank" href="https://www.buymeacoffee.com/maxt" rel="nofollow noopener"><img src="https://media.printables.com/media/prints/328354/rich_content/bf7410f2-4e3d-4409-b318-6bc4c2cb3f55/thumbs/cover/800x225/png/bmc-button.webp"></a><a target="_blank" href="https://www.buymeacoffee.com/maxt" rel="nofollow noopener">https://www.buymeacoffee.com/maxt</a>&nbsp;----------------------<h4>2 versions in one package:</h4><ol><li>Without a recycle logo on the side</li><li>With a recycle logo on the side</li></ol><h4> Why should you use this model and not the others?</h4><ul><li>It won't break, ever (as long as you use it for the trash bag rolls)</li><li>The bag roll will never fall out through one of the sides</li><li>The bag roll is very easy to pick up</li><li>Enough extra spacing to fill a 60mm Ø bag roll without a problem, but you can resize the model as you please to fit bigger bag rolls</li><li>Can be used to accommodate any length of the bag rolls by simply spacing the left and right sides out as needed (I suggest adding an extra 0,5cm on each side of the bag roll)</li><li>Can be mounted using double-sided tape or screws</li><li>Because you've just spent a minute reading the reasons why to use this particular trash bag roll holder and not the others. If you're still here, we know you mean business - you need a solution that just works. This holder got you covered!</li></ul> The model will fit on Prusa Mini+ (180x180) Feel free to size it up or down as you wish Print: 0.2-0.3mm Nozzle: 0.4mm Perimeters: 3 (much more important vs infill percentage!) Support: Not required Brim: Not required Infill: 15-30% Fill pattern: Support Cubic Happy Printing!

Slightly Over Engineered Trash Bag Roll Holder

Organization

RobertW

I created this PTFE bowden splitter for my Bambulab X1 printer so that I could use the AMS and single spools without disconnecting the AMS.You will need three PC4-M10 connectors. Make sure you get ones where the PTFE tube goes all the way through the connector. These are the ones I used: <a target="_blank" href="https://www.amazon.com/gp/product/B07P2XRCC1" rel="nofollow noopener">https://www.amazon.com/gp/product/B07P2XRCC1</a>&nbsp;Update: I updated the geometry of the model, I added chamfers instead of fillets, and made it print in the vertical orientation. No support is needed, but a brim is probably required, this will depend on how much bed adhesion you have with your setup, but it is easy to remove so I would leave it on. The PTFE tubes slot further in the model, about 67mm, so there is a shorter path in the splitter where the filament is not in the tube. It will attach to the back of the Bambu X1C printer by removing the existing screw at the upper corner and using an M3x16mm screw instead.&nbsp;The old files are still part of the model just in case anyone likes them better.

PTFE Bowden Tube Y Splitter

Hodzinets

AMS cable management clip compatible with AMS Riser V2 by maCyo42 Review and boost are greatly appreciated if you like this model.

AMS cables organizer clip for V2 Riser

Boss Tech Print Innovations

originally designed by mistertech from Thingiverse. &nbsp;<h2>Description:</h2>Perform soldering tasks more efficiently & with less frustration using our soldering helping hand tool that holds your job RELIABLY. This Workbench soldering station claps both thick and thin line wires ranging from 30-12AWG Silicone Wire. &nbsp;NO support needed. No Brim. It is recommended to print in a high temp resistant material such as ASA, or PETG to help withstand the high heat when soldering the wires together as heat will transfer.

Soldering Jig Cable Helper 

Tools

heyderekp

This is the start of a project to have a modular system for rimmed tanks for holding anything need to hang on the side of your rimmed tank. &nbsp;Currently, this system is only the plant holder, which can hold rooted plant trimmings, or even hydroponic substrate with plants. This bracket setup will fit rimmed tanks ranging from 120, 75, 60, 55, 20, and 10 gallon tanks (Most are Aqueon brands).&nbsp;The goal is to eventually have multiple detachable components so you don't need to have another bracket just to add something new to the tank. &nbsp;For printing I had the best luck with speed/quality by printing the bracket on it's side with manual tree supports on the inside of the dovetail. You can print it upright and use supports, but it takes longer and uses more filament.

Modular Rimmed Tank Plant Holder

Aquarium

Dadikonna

3 spiral vase mode models. Top diametre 70, 85, 98mm. Heght 70,13; 72,8; 72,8mm

Spiral vases

Plant

nicolo.luescher

This Multimeter Holder was created for the Voltcraft VC175, but should be compatible with other multimeters of similar size. The Skadis hooks are printed seperatly and simply slide into place. This greatly reduces the need for support and makes Installation a lot easier. Just install the two hooks on your Skadis board and slide the main part onto the two holders.

Skadis Multimeter Holder (Minimal Support)

Skadis

Metallica Poster Painting Print at 100% infill with a layer height of 0.08mm with a base layer of 0.16mmSwap Instructions: Start with Black At layer #13 (1.12mm) swap to RUBY RED At layer #16 (1.36mm) swap to Magenta At layer #19 (1.6mm) swap to Red At layer #23 (1.92mm) swap to Yellow At layer #29 (2.4mm) swap to WHITE for the rest. How to do more than 4 colors on a single AMS? To use more than 4 colors with a single AMS is pretty simple when it comes to HueForges. Always start the print from either Bambu Studio or Bambu Handy App - This will allow you to map the rolls of filaments to a certain slot in the AMS: <img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000469395/design/2024-04-18_0f99fb49a11e7.png"> Now map the first 4 colors (which should already be inserted in the AMS to Slots 1 - 2 - 3 - 4 Once thats done move to maping colors 5 - 6 - 7 - 8 to respectively AMS Slots 1 - 2 - 3 - 4 again! <img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000469395/design/2024-04-18_55b3ae6ccce94.png"> This will allow you to Change the rolls of filament once the printer is done with that color. For example, in the picture above once we are done with the Black color (Which is usually first) we are going to remove the black roll (you can do that while printing) with White, then once Charcoal Black is done we are going to change that to Red, Dark Gray to Yellow and we are done. ~ You can do that with as many colors as you need!

Metallica Poster - Hueforge

Hueforge

GiZmOGadgets

Found it on Thingiverse, saw a couple that looked like it on MakerWorld but wanted something a little nicer. (and first upload points :P)&nbsp;Original: ( or where I initially downloaded from) https://www.thingiverse.com/thing:4877861

Sonic the Hedgehog - MultiColor

Figures

Akio-42

I love the gridfinity system started by Zack Freedman and the design idea of easy accessibility and of displaying the stuff that is stored, rather than store it away. But I felt that until now an easy way of transporting more than a few boxes at a time was lacking.Ikea Samla boxes seemed a perfect fit. They are transparent, thus keeping the possibility to easily see what's inside, stackable and easily transportable.Inside a 11l Samla box (39x28x14 cm) fits a 5x7 grid and you can stack 5 3U high divider bins. Lots of easily transportable storage for projects.<h4>What do you need to print</h4><ul><li>You need to print 2x the SamlaModularBaseplateAdapter_ 11l.stl</li><li>If you have the possibility print 1x the 5x7 modular baseplate (requires at least a 300x250mm print bed)</li><li>Or you can print 2x the 3x5 modular paseplate and 1x the 1x5 modular baseplate</li><li>If you have only a really small print bed you can also use any combination of my modular baseplates (<a href="https://www.printables.com/model/360046-gridfinity-modular-baseplates" rel="nofollow">https://www.printables.com/model/360046-gridfinity-modular-baseplates</a>) that fit on our printer and screw them together to a 5x7 grid.</li></ul><h4>Assembly</h4><ul><li>Use 8 m3x12 button head cap screws (BHCS) and 8 m3 hex nuts to attach the two adapters to the 5x7 modular baseplate (4 screws per adapter are enough, but you can use more if you want)</li><li>If you use the two 3x5 and one 1x5 baselates attach them together using 6 m3x8 screws (BHCS) and 6 m3 hex nuts.</li><li>Screw in m3x6 ferromagnetic flat head coutersunk screws (FHCS) into the tapered holes in the 5x7 baseplate, so bins with magnets will hold perfectly on the baseplate. Note that by using magnets on the bins and ferromagnetic screws on the baseplates you don't need to think about the polarity of the magnets in the bins. This step is optional.</li><li>Place the assembly in the Ikea Samla box.</li><li>You also have the possibility to glue the assembly to the Ikea Samla box. You can do this via superglue if you want to attach it permanently or via hotglue if you want to remove the baseplates easily.</li></ul><figure class="image image_resized" style="width:75%;"><img src="https://makerworld.bblmw.com/makerworld/draft/44294/2023-09-27_osqepmnxaob4.jpeg"></figure><h4>Other versions</h4>There is also a version for the 5l Ikea Samla box available if you have a smaller project <a href="https://www.printables.com/model/369940-gridfinity-adapter-for-ikea-samla-box-5l" rel="nofollow">https://www.printables.com/model/369940-gridfinity-adapter-for-ikea-samla-box-5l</a> or a version for the 22l Ikea Samla box for more storage <a href="https://www.printables.com/model/369942-gridfinity-adapter-for-ikea-samla-box-22l" rel="nofollow">https://www.printables.com/model/369942-gridfinity-adapter-for-ikea-samla-box-22l</a> <h4>Attribution</h4>I designed the adapters to the Ikea Samla boxes myself.I marked this model as a remix because I included the modular baseplates form <a href="https://www.printables.com/model/360046-gridfinity-modular-baseplates" rel="nofollow">https://www.printables.com/model/360046-gridfinity-modular-baseplates</a>, (also by me) that are needed to complete the project. I did this to have all files that are needed to complete this project in one place.&nbsp;

HDD