Olli

Vejstrk

This mechanical tensioner is designed for tensioning the ropes of tents, etc. The tensioner including spring is fully printable. No additional parts are needed for assembly. The tensioner is not designed for high forces. I used a force gauge to measure the force the tensioner can hold. The tensioner can hold a load of 5 - 7 Kg.

Mechanical tensioner

Camping

gare-sb

Lustiges Schild: Bitte während des Biertrinkens keine Arbeit verrichten

Lustiges Schild: Bitte während des Biertrinkens...

Schilder

Matias.Randone

Lithophane holder with 5V LED strip and USB-C connector, I needed a stand for large Lithophane so I created one 165mm high and 165mm deep for a 240x180mm curved litho... I used... led strip 5V.. <a target="_blank" href="https://amzn.to/487kBZZ" rel="nofollow noopener">https://amzn.to/487kBZZ</a>USB-C connector.. <a target="_blank" href="https://amzn.to/3GP6OeT" rel="nofollow noopener">https://amzn.to/3GP6OeT</a>

Lithophane holder

lito

Lozagon1234

goTorch is a powerful and compact flashlight that uses 18650 batteries. It can be recharged via USB-C and can also fast charge your phone.Super useful for camping! Also the cube form factor makes it easy to design different accessories to adapt it to your needs.The current design does not need any glue as everything is designed to fit in place. There are only 4 screws and nuts (M3 10mm size) needed which are the ones that hold the LED in place.The max. amount of batteries that can be used are 3 16850 or any other battery you can fit inside the 2nd “floor” of the case. I ussually use “recycled” batteries form old laptops. For charging the goTorch, I use a type C tp4056. As the LED uses 12-15v we also need a step-up. Finally, for the “power bank” capability an all in one module is used.&nbsp;Part list:Included in a .txt file.&nbsp;Recommended print configuration:<ul><li>Material: PETG or ABS</li><li>Layer height: Around 0.2-0.28 works great</li><li>Supports: No</li></ul>Assembly:<ol><li>Place the led's metal bracket with its lens and reflector.</li><li>Place the led on top and use the “led holder” model to screw everithing in place.</li><li>Stick the heatsink</li><li>Solder the battery pack and add the BMS. </li><li>Before proceeding you should prepare 2 pairs of wires for the TP4056 and the fast chaging module.</li><li>Solder the step-up to the battery and place it at the bottom where the led is, you MUST properly insulate the step up.</li><li>Add the second floor printed part and place the battery. There is no need to glue it but you can if you want.</li><li>Solder the TP4056 and the charger module.</li><li>Snap fit the cover</li><li>Your goTorch is done! Enjoy</li></ol>

goTorch - DIY 20W portable flashlight & powerbank

Buzzzz

<h2>Trophy Collection with Customizable Plate</h2>Trophy with customizable plate using “Make My Sign” from MakerWorld.<a target="_blank" href="https://makerworld.com/en/makerlab/makeMySign" rel="nofollow noopener">https://makerworld.com/en/makerlab/makeMySign</a><h3>Octogonal Trophy</h3><img src="https://makerworld.bblmw.com/makerworld/draft/287521/2023-12-18_a218f538660b98.png"><h3>Rounded Trophy</h3><img src="https://makerworld.bblmw.com/makerworld/draft/287521/2023-12-18_7cf5e3e8ff6ed.png"><h3>Curved Trophy</h3><img src="https://makerworld.bblmw.com/makerworld/draft/287521/2023-12-18_8ab7de50fed65.png"><h4>Voronoi Trophy</h4><figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/287521/2023-12-19_ccf56d670cb34.jpg"></figure>&nbsp;To customize your plate, go to “Make My Sign” <a target="_blank" href="https://makerworld.com/en/makerlab/makeMySign" rel="nofollow noopener">https://makerworld.com/en/makerlab/makeMySign</a>and create a plate based on the tropy size you are printing. Each tropy are available in a small or large size.&nbsp;Small trophy&nbsp;Trophy scaled down to 50%Create a 15 mm x 50 mm plate&nbsp;<img src="https://makerworld.bblmw.com/makerworld/draft/287521/2023-12-17_0d463363269a38.png">&nbsp;Large trophy&nbsp;Trophy at 100%Create a 30 mm x 100 mm plate&nbsp;<img src="https://makerworld.bblmw.com/makerworld/draft/287521/2023-12-17_b9dc1ec4a97e.png">&nbsp;&nbsp;

Trophy with customizable plate

Trophäen

user_1136693840

Hex Shelf Display stackable

Spint

domi-dns

Ikea Skadis 220x220x5,1&nbsp;&nbsp;Post Your Makes / Follow Me / Check my Other Models

Ikea Skadis 220x220x5,1

Skadis

jonthemiller

Edit 4/3/24: Removed experimental Pi3 sled models. If you need a Pi3 sled, go check out Bald Print&#39;s excellent remix for a tested Pi3 sled: <a target="_blank" href="https://makerworld.com/en/models/411343" rel="nofollow noopener">https://makerworld.com/en/models/411343</a>&nbsp;Edit 3/20/24: fixed hole size for threaded insert sleds. Previously it had been 3.7mm, it is now 3.3mm.&nbsp;Edit 2/14/24: uploaded version of files that does not require heatset threaded inserts and uses same screws for top and securing sleds. Should only require socket head M4 screws for frame, and M2.5 to secure the Pis to the sleds.<h2>Raspberry Pi Mini Server Rack</h2>I made a mini server rack where each sled holds a single Raspberry Pi, for a total of 3. There are sleds already made for Pi4B and Pi5 where all front and side I/O is accessible. There is also a &#34;blank&#34; sled with no I/O cutouts, if needed to modify to fit your own needs. The model is parameterized, so if needing to have more or less sleds it can be customized to fit.  There are 2 versions uploaded - one that uses heatset threaded inserts (M4 &amp; M2.5) and one where the screws thread directly into the plastic. The threaded insert version will be more durable and be able to be reassembled more, however.  This is inspired by <a target="_blank" href="https://www.thingiverse.com/thing:5237176" rel="nofollow noopener">this model from Thingiverse</a>. I needed it to support both Pi4 and 5, but the model only had a sled for Pi3 and threaded screws directly into the legs - which broke for me when assembled. So, I decided to make my own from scratch.<h3>Models</h3>There are 2 folders of files - “Heatset Inserts” and “No Heatset Inserts”. All models are named the same between the 2, only difference is the size of screw holes.<ul><li>rack_frame.stl - default frame that can hold up to 3 rpis</li><li>rack_top.stl - attaches to top of frame to stabilize the frame arms</li><li>pi4_sled.stl - sled for holding a rpi 4B</li><li>pi5_sled.stl - sled for holding a rpi 5</li><li>sled_lid.stl - lid that slides into slot on top of sled</li><li>blank_sled.stl - sled with no I/O port holes (included if you want to modify to fit your needs)</li><li>rack_frame_4_sleds.stl - frame that can hold up to 4 rpis</li><li>rack_frame_5_sleds.stl - frame that can hold up to 5 rpis</li><li>pi_mini_rack.step - STEP file if you want to modify and extend the design</li></ul><h3>Bill of Materials</h3>For the rack:<ul><li>(1x) rack_frame.stl</li><li>(1x) rack_top.stl</li><li>(4x) M4 heat set inserts (depending on models used)</li><li>(4x) M4 x 10mm screws</li></ul>For each sled:<ul><li>(1x) sled model of your choice</li><li>(1x) sled_lid.stl</li><li>(4x) M2.5 x 4mm heat set inserts (depending on models used)</li><li>(4x) M2.5 screws</li><li>(2x) M4 heat set inserts (depending on models used)</li><li>(2x) M4 x 10mm screws</li></ul><h3>Assembly</h3>These directions depict the heatset insert version.<img src="https://makerworld.bblmw.com/makerworld/draft/810549/2024-02-11_92d4420f81c4f.jpg">For the rack, set the M4 inserts into the holes on the top of each leg, making sure they sit just below the top of the legs. The frame is reversible, so decide on which side you want to insert the sleds into and set the inserts into the holes you will use. Use the M4 screws to attach the top to the frame.&nbsp;For each sled, set the M2.5 inserts into the posts for the Pi. Set the Pi into the sled, making sure the USB &amp; ethernet ports are flush with the front of the sled. For the Pi4, I&#39;ve found it easiest to slightly bend the side outward to allow the 3.5mm port to go into the cutout with the USB/ethernet ports aligned. Use M2.5 screws to attach the Pi to the sled. Slide the lid in from the rear (its a dovetail joint and can be tight).<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/810549/2024-02-11_e9fb33a2a91e1.jpg"></figure>Align the slots in the frame with the guides at the bottom of the sled. Slide the sled into the rack and secure to the frame with an M4 screw on each side. Attach the needed I/O and power the sled up.<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/810549/2024-02-18_caea7afbfae34.jpg"></figure>

Raspberry Pi 4 & 5 Mini Server Rack Case

Technik

BadBear

原作者为<a target="_blank" href="https://makerworld.com/zh/u/1609920341" rel="nofollow noopener">无明业火_BLAZERS</a>，想传二次创作但是发现作者没有开启，但是又想分享出来，先发出来hhh，如有不合适马上删除~&nbsp;做了一些赛博化的外观配件，对原模型有修改的零件主要为枪主体握柄安装位置。所有安装方法按照原作者的即可。&nbsp;直接点击下载按钮为CyberMT9全部模型，单独下载外观套件点击原始模型文件按钮。&nbsp;原枪MT-9的五金包/零件包在拓竹商城销售，有兴趣的朋友可以去购买。我的是买打印机送盲盒给的。&nbsp;&nbsp;英文部分为微软大模型翻译，请外国友人见谅。The English part is translated by Microsoft’s GPT, if can‘t quite understand, forgive me, friends.&nbsp;The original author is <a target="_blank" href="https://makerworld.com/zh/u/1609920341" rel="nofollow noopener">无明业火_BLAZERS</a>. I wanted to share a secondary creation, but found that the author did not enable it. However, I still wanted to share it, so I posted it first. If it’s inappropriate, I will delete it immediately.&nbsp;Click the download button to download all models, or click the raw model files button to download the mods separately.&nbsp;I made some cybernetic mods for the original model. The main parts modified from the original model are the installation positions of the gun body handle. The installation method can be followed according to the original author.&nbsp;The hardware package is sold in the Bambu Lab store. Friends who are interested can go and buy it. Mine was given as a blind box when I bought the printer.

MT9 MT-9,mods,CyberMT9,Cyber Toy Shooter mods

Spielzeug

GlennovitS 3D

Need boxes to store and organize your bits and pieces - or just organize your messy drawer in your desk - then print some Gridfinity boxes! These are quick to print - yet sturdy enough for most usecases.These lite bins shows the grid in the bottom of the boxes, instead of a flat surface. This saves A LOT of filament and printtime in the long run! But if you for some reasons need a flat bottom in the boxes, please see my Classic Boxes.The Gridfinity system is made to fit into a grid as a base - and these boxes can be stacked if needed.<figure class="image image-style-side"><img src="https://makerworld.bblmw.com/makerworld/draft/425849/2024-01-19_ec1bd933a0909.jpeg"></figure><h2>Types</h2>There are 2 variants of boxes in this collection - with different benefits for you. If in doubt, try one of each and see for yourself what you like the best.<ul><li>0.8 mm (the thin version - 0.8 mm walls - to save some filament)</li><li>1.2 mm (the stronger version - 1.2 mm walls - a little stronger for heavier items)</li></ul><h2>Sizes</h2>They are organized in folders (and Bambu Project files) with different size categories for you to easier find the size you need. Within each folder are alle sizes of boxes.Files are named by the default Gridfinity standard AxBxC-D<ul><li>A: Width of the box (each section is 42 mm)</li><li>B: Length of the box (each section is 42 mm)</li><li>C: Height of the box (each section is 7 mm - fx. 6 = 42 mm heigh)</li><li>D: Thickness of walls (0.8 mm or 1.2 mm to be filament friendly or stronger)</li></ul>Boxes come in sizes from 1x1 (42x42 mm) to 6x6 (252x252 mm)<figure class="image image-style-side"><img src="https://makerworld.bblmw.com/makerworld/draft/425849/2024-01-19_5249119036c7c8.gif"></figure><h2>Want more Gridfinity? YES!</h2>To organize the boxes in a drawer or on the desk, use the baseplates for the Gridfinity system.Or maybe want a tray, pen holder, circular holder or more? - see my other projects!<a target="_blank" href="https://makerworld.com/en/u/1370313339/collections/427128" rel="nofollow noopener">https://makerworld.com/en/u/1370313339/collections/427128</a><h2>Print instructions</h2>These tips can maybe help<ul><li>Speed on first layer: 50% (or less) (To ensure good bed adhesion and perfect fit)</li><li>Supports: NO supports.</li></ul>&nbsp;Happy printing!And special thanks to Zack Freedman for starting the Gridfinity System!<h2>Want to show your support?</h2>You can see ALL my designs here on Printables - and you can become an active supporter. I would really appreciate it!⭐️ <a target="_blank" href="https://www.printables.com/@GlennovitS3D" rel="nofollow noopener">https://www.printables.com/@GlennovitS3D</a> ⭐️

Gridfinity Box Lite - Filament friendly bins

Gridfinity

SabreDesign

Christmas Deer models, Approximately 165 mm tall and 100mm wide.  Best printed in PLA with brim no support needed, set auxiliary part cooling fan to 100% Remixed custom scaled models for optimal printing size, also patched the holes in the voronoi mesh and oriented for optimal printing on the bambu machines.&nbsp;All credits for the original models go to the designers: https://www.thingiverse.com/thing:571949 <a target="_blank" href="https://www.thingiverse.com/thing:3320230" rel="nofollow noopener">https://www.thingiverse.com/thing:3320230</a>&nbsp;If you want to support me or get a commercial license you can join a patreon membership: https://www.patreon.com/SabreDesign

Deer Voronoi no support

Deko

jaminvanderberg

Built upon the Gridfinity Storage Box by Pred, this multi-box storage system allows effortless access to multiple storage boxes while maintaining their stackability. Additionally, the modular handle provides optional portability. &nbsp;The solution also includes optional mounting capabilities for wall installation using a French cleat, although this feature has not yet been tested. &nbsp;Technically, this storage system can be used with just about any kind of storage box due to the parametric design.&nbsp;The storage system is assembled using M3 button head screws and bolts. Most makers are likely to have M3 assortments readily available; however, for those who don't, the following kit was used during the construction: <a target="_blank" href="https://a.co/d/0gfEO0l" rel="nofollow noopener">https://a.co/d/0gfEO0l</a>. This kit has ample screws for a 4-tall storage unit with plenty to spare. However, if you build multiple units, you may run start to run out of M3x6mm or M3x10mm screws and may want to pick up those sizes individually.&nbsp;<h2>What do I print?</h2>A basic storage unit requires:<ul><li>A left side panel and a right side for each box being stored</li><li>A back support plate for each box being stored, minus one. For example, if storing 4 boxes, you need 3 back support plates.</li><li>A top plate. I recommend the solid top plate with handle holes.</li><li>A bottom plate. I recommend the wireframe bottom plate.</li><li>2 feet (optional but recommended).</li></ul>Standard printing configurations should be suitable for all parts. No supports are required for any of the components.&nbsp;I printed all parts without a brim, but depending on your printer's reliability, you may find it beneficial to use a brim for added stability during printing.&nbsp;Note that almost all parts are printed with their external surface facing down on the print bed, emphasizing the importance of bed adhesion for a smooth surface finish. This also allows for the use of a patterned print bed for unique surface effects.&nbsp;<h4>Important - Multi-Level Side Panels</h4>Multi-level side panels allow you to print multiple side panels as a single, unified piece, reducing the number of components and screws needed. This design enhances overall stability and strength while utilizing slightly less filament (approximately 5g per level). Whenever possible, opt for multi-level side panels for increased efficiency.&nbsp;For general use, I suggest primarily printing the 2x side panels. I've included 3x and 4x options as alternatives, but they likely won't fit on most print beds.&nbsp;<h3>Additional Options</h3><h4>Feet</h4>While not technically required, feet are a valuable addition, especially when using the wireframe bottom. They cover the exposed hardware and help prevent scratching any surface the unit is placed on.&nbsp;For a soft, malleable foot, you can print it in TPU with 10% gyroid infill. PLA and PETG are suitable alternatives if TPU isn't available or preferred. &nbsp;Attach the feet to the bottom wireframe plate using M3x10mm screws and to the bottom solid plate using M3x15mm screws.<h4>Handle</h4>The handle is a great option for portability. To incorporate the handle, you will need to print:<ul><li>Top plate with handle holes</li><li>Handle</li><li>2 left handle mount</li><li>2 right handle mount</li></ul>The handle mounts are attached to the top plate using 8 M3x10mm screws. The handle itself requires 2 M3x30mm screws.The handle has undergone extensive testing with 4 loaded storage boxes, demonstrating considerable strength. However, I advise against using the handle with more than 4 boxes, considering that storage boxes can become quite heavy when fully loaded.<h4>French Cleat</h4>The option to mount the storage unit to the wall using a French cleat is available. However, as I haven't personally tested this feature, your input would be valuable. Please use caution when loading the French cleat mount with weight. While it should be quite strong, I haven't had an opportunity to fully test its strength.&nbsp;The French cleat mount is based on ¾" plywood (21/32", ~16.67mm). Please let me know if other sizes are required.&nbsp;Boxes full of hardware can get really heavy. You may want to consider using two French cleats. Alternatively, you can use the French cleat spacer to support the bottom against the wall, distribute the weight more evenly and reducing the strain on the mounting points.&nbsp;To utilize the French cleat, print the French cleat mount and attach it to the back. The French cleat mount is used in conjunction with the back support plates and is positioned behind them, without replacing them. Use M3x12mm screws in place of the M3x6mm screws typically used to secure the back support plates. You can use M4 flat-head screws to secure the unit to the cleat, if desired.The French cleat spacer is installed in exactly the same manner.<h4>Tip Prevention</h4>The back support plate offers the option of including tip prevention screw holes, which can be added based on user preference. These holes are not intended for wall mounting, as the back support plate is not designed for such a purpose due to its limited strength. Instead, they are intended to secure the unit to the wall and should only be used when the unit is placed on a stable surface. They functions similarly to the tip prevention mechanism commonly found in dressers. <h4>Top Wireframe Plate</h4>The wireframe top plate allows for approximately 25% less material usage. However, it does not support the use of a handle.Please refrain from using the plastic cross beams as a handle as they are not intended for this purpose.<h4>Solid Bottom Plate</h4>An optional solid bottom plate is available, although it's generally not required in most scenarios. Since the bottom isn't typically visible, the wireframe bottom plate should suffice for most purposes. However, if you prefer its aesthetic or need additional strength, the solid bottom is a viable option.&nbsp;The solid bottom is attached with M3x10mm screws if feet aren't included, or M3x15mm screws if feet are included. Please note that the solid bottom uses approximately 2.5 times as much material as the wireframe bottom.<h4>Middle Plate</h4>The middle plate is largely unnecessary. It isn't prominently visible when the storage unit is fully loaded. While it does offer added rigidity, it requires a significant amount of extra material and should not be necessary for most use cases. It is available for those who may find it useful, but it's not a strongly recommended component.&nbsp;An alternative wireframe option is also available, conserving approximately 25% of the material used.&nbsp;The middle plate is printed in two parts, the middle plate itself and the middle plate back support. The middle plate is mounted between two layers using M3x12mm screws, while the middle back plate is attached with M3x6mm screws.&nbsp;<h2>Assembly</h2>To begin assembly, start from the bottom and work your way up. Mount the left and right side panels to the bottom plate and optional feet using the appropriate-sized screws. Then, stack the side panels together using M3x6mm screws, ensuring proper orientation. Attach a back support plate between each level using M3x6mm screws. If you're using the French cleat mount, install it while fitting the back support plates.&nbsp;Installing the handle before attaching the top plate can simplify the process. Finally, secure the top plate using M3x10mm screws on the top and M3x6mm screws on the back.&nbsp;I found that installing the screws using just the bit, without the handle, worked well. The nut does most of the work, allowing you to tighten the screws sufficiently even without the extra leverage from the handle. This method can be particularly helpful for installing screws at awkward angles.&nbsp;Consider using a threadlocker on the screws, if available, for added security during assembly.&nbsp;<h2>Customizing with Parametric Design</h2>This model was created in FreeCAD using parametric design. This is done using the object ‘Parameters’ within the FreeCAD file. To adjust the Gridfinity configuration, change the parameters in the ‘Gridfinity’ section. For non-Gridfinity boxes, you can modify the box dimensions directly in the 'Box' section. You will first need to remove the formulas by pressing the = (equals) key and then pressing clear.&nbsp;If you need to modify the hardware dimensions, navigate to the 'Hardware' section. Keep in mind that a screw and nut depth greater than 2.5mm may not work well with the default 4mm floor thickness, which can be changed in the 'Secondary Parameters' section. I recommend avoiding changes to most of the other secondary parameters as they may have narrow operational limits and altering them could potentially break the model. It's best to refrain from modifying anything in the 'zCalculated' section as these calculations are essential for the model's support and altering them could lead to unintended consequences.&nbsp;Once you've determined the appropriate parameters, open the "Print Ready" folder, which contains the models pre-rotated for optimal print orientation. To export each part, click on the desired component, and select File > Export.&nbsp;<h2>Fostering Community and Modular Innovation</h2>The beauty of a modular design lies in its versatility, enabling individuals to create customized modules to suit their unique requirements.I've incorporated a range of modular options, but there's always room for more innovative ideas within our community. Let's collaborate and discover the endless potential of our collective creativity!&nbsp;

GridStack Modular Multi-Box Storage System [Parametric]

Organizer

Xor-3dpr

Update: i created V2.1 which has modification of the rails so you can put the bigger three in the middle and Bambi in the front. The v2.1 model also has a threaded lock for the electric ledlight so you can choose this if you not prefer to just put it over a ledlight. A pin for the lock is also added since it can be difficult at the beginning to roll it with the hand I created a christmas decoration for electric led tealight Print out and insert the models into the slots.

Christmas decoration - electric led tealight

Geschenke

jzeltman72

<div><h1>Summary</h1><div>Remixed version of captainslug's AFG that attaches to keymod style rails. </div></div>

Keymod Angled Foregrip

Waffen

Average3DPrints

This is a floor lamp that I've created for my daughter. I used <a target="_blank" href="https://amzn.to/3MFHnzG" rel="nofollow noopener">these LEDs</a> from Amazon to connect to the smart home. I used glue for each segment. I've made it with up to 5 segments which is roughly 4'.

LED Floor Lamp

Chris

A 2 piece, snap together case for a T Deck. This is modeled around an internal, ribbon antenna. I have tested this with small and medium sized batteries but not the 6000ah, so I'm not sure if that will fit. I simply tape the battery to the interior back panel.This design allows for use of the factory power switch. No hardware required.

Meshtastic Lilygo T-Deck Case

Mesh

alobal

Update: 04/23/24I made adjustments to the inner fillets of the hook (and elephants foot compensation on the 3mf), hopefully this will help with some of the fitment issues.--------------------------------------------&nbsp;&nbsp;This cap hook is designed for those who have multiple caps and need additional storage. With this hook, you can neatly store multiple caps and have easy access to each of them.&nbsp;The hook is designed for, and works best with, caps with an open back and have a clasp. Like the below image.&nbsp;<img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000434186/design/2024-04-18_01f4c521eecda.jpg">&nbsp;To remove the hook, PRESS the button on the side, then slide the hook upwards.&nbsp;<img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000434186/design/2024-04-18_91d2684a0ab6c.jpg">&nbsp;&nbsp;This hook requires supports, I have uploaded a couple different models, one with supports built-in (must be printed at .20 layer height) and one without. If you are comfortable with your own supports, I recommend you print your own.&nbsp;Recommended:<ul><li>Print with at least 4 wall loops for extra strength</li><li>Use the 3M Command Strip Large version (item# 17023P-ES)</li></ul>Important:<ul><li>Supports are required!</li><li>If you print the model with BUILT-IN supports, no additional supports are required.</li><li>If you print the model with BUILT-IN supports, it is best to be printed at .20 layer height</li><li>Install 3M Command Strip on the side that says “3M Here”</li></ul>&nbsp;

Double Cap/Hat Hook

anfang

HpInvent

Right now I&#39;m a little into modern plant pots for all my plants at home. So I designed some new ones. Hope you like the design ! There are differtent versions availible in the print profiles Just choose the print profile you like best. The Pots can simply be scaled to you demands&nbsp;Due to many requests for commercial licenses for my 3D models I created a patreon page. You can become a member to get permission for commercial use or just want to support my work : <a target="_blank" href="https://www.patreon.com/user?u=79128277" rel="nofollow noopener">https://www.patreon.com/user?u=79128277</a>&nbsp;If you Just want to give a one time Support you can buy me a coffe here ;)  <a target="_blank" href="https://buymeacoffee.com/hpinvent" rel="nofollow noopener">https://buymeacoffee.com/hpinvent</a>&nbsp;Also check out my other Designs!I have a bunch more stuff in my profile!! <a target="_blank" href="https://makerworld.com/en/u/3624704578" rel="nofollow noopener">https://makerworld.com/en/u/3624704578</a><a target="_blank" href="https://makerworld.com/en/models/428498" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000438570/design/2024-04-18_7588ba5642a27.png"></a><a target="_blank" href="https://makerworld.com/en/models/426994" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000438570/design/2024-04-15_b0f8912a15393.png"></a><a target="_blank" href="https://makerworld.com/en/models/427979" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000438570/design/2024-04-15_b1e75bac7bd51.png"></a><a target="_blank" href="https://makerworld.com/en/models/416941" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000438570/design/2024-04-08_ebe2de8bae1b3.png"></a><a target="_blank" href="https://makerworld.com/en/models/232706" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000438570/design/2024-03-06_ea517b7dbe741.png"></a><a target="_blank" href="https://makerworld.com/en/models/394559" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000438570/design/2024-03-27_3b061a50c97b7.png"></a> <a target="_blank" href="https://makerworld.com/en/u/3624704578" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000438570/design/2024-03-08_a8a626fc04c78.png"></a>  &nbsp;&nbsp;&nbsp;Happy printing!

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