theblackcat

user_3514236347

<h2>Propeller designer built in OpenSCAD</h2>This propeller generator generates a propeller based on the 4 digit NACA series of aerofoils with loads of variables allowing you to create practically speaking any configuration of propeller, I highly recommend playing around with values to figure out what does what to the propeller.&nbsp;<h3>This can create some very challenging models to print so I highly recommend checking the model meticulously before printing</h3>If you&#39;re planning to fly an aircraft or drone using these props, the surface finish and strength of the part are essential, a rough surface on the prop will be the single biggest loss in efficiency of your plane, so I recommend sanding and priming until a smooth surface finish is achieved. 100% infill is also highly recommended for strength. PLA is fine for propellers, but other materials may work better depending on your print setup. ABS may be an idea, being able to be vapour smoothed, although I haven&#39;t tried this to be able to verify that.&nbsp;Propellers with a very shallow pitch will be very difficult to print due to the overhang and very little room for support material.&nbsp;Propellers will need balancing before mounting to any motor to ensure stability.&nbsp;Make sure to stay safe when using props generated by this as they could break and cause injury&nbsp;based on code written by Amatulic with a few adaptations for different propeller variationshttps://www.thingiverse.com/thing:5300828

Customisable Propeller Generator

OpenScad

Ritz.Prints.3D

<h2>Update June 25 </h2>*fixed the code issue causing unexpected divider creation when choosing to have no X divider in the generated model<h2> </h2><h2>Pegboard Tray Design</h2>Author: Aden Ritz aka Ritz Printz 3DThis OpenSCAD script allows you to create customizable trays for pegboards. You can adjust the tray&#39;s dimensions, wall thickness, divider configuration, and peg options to suit your specific needs.<h3>Features</h3><ul><li>Customizable Tray Dimensions: Adjust the depth, width, and height of the tray.</li><li>Adjustable Wall Thickness: Set the thickness of the tray walls.</li><li>Configurable Dividers: Add vertical and/or horizontal dividers to organize the tray&#39;s interior.</li><li>Peg Options: Customize the size and spacing of pegs for pegboard compatibility.</li><li>Angled Front Opening: An optional angled front opening for easy access to the tray contents.</li></ul><h3>Notes</h3><ul><li>Ensure the tray dimensions and wall thickness are appropriate for your printer&#39;s build volume and material capabilities.</li><li>The angled front opening can be customized or removed as needed.</li><li>Use the script&#39;s flexibility to create trays tailored to your specific storage and organization needs.</li></ul>

Customizable Peg Board Tray

Pegboard

OrangeSs

A collection of 2D wall art of BMW cars.Download the model under RAW FILES, Some have print profiles that I&#39;ve alredy printed.

BMW 2D Wall Art collection

IndomReps

Milwaukee M18 Tool and Battery Mounts&nbsp;*** Update 1 - 10/28/2023 ***<ul><li>Revised tolerances of model so that fit is a little bit looser and releases from the battery a lot smoother.</li><li>Revised thickness of batteries mounting face so that the larger High Output batteries can be mounted flush to a surface without the battery interfering with the mounting surface.</li></ul>&nbsp;Tool mount will work with most tool types, intended to be underhung mount but can be side mounted if it suites a certain tool. The battery mounts will work with any M18 battery and can me mounted in any orientation as it uses the batteries locking mechanism to hold it into place. Use 2 #8 screws to attach them to whatever you want.&nbsp;I've printed these out of PLA and Pro PLA with no issues with strength but might want to use PETG or ABS if you want to use these in something like a work truck or other environment that might get really hot in warm weather.

Milwaukee M18 Fuel Tool & Battery Mounts

Milwuakee

RestoreDoctor

Radius Gauge R1-30mmSimple tool for determining the radius. A must for being able to draw parts!&nbsp;Settings:<ul><li>0.20mm Standard </li><li>Infill 20 %</li><li>no support</li><li>PLA/ PETG</li><li>Use Multimaterial painting - Smart fill in Prusa Slicer. (Bambu Lab see below)</li></ul><figure class="image"><img src="https://media.printables.com/media/prints/578621/rich_content/fa528cba-7f9d-4977-a2a8-8de6a90157df/thumbs/cover/800x466/png/screenshot-2023-09-10-171052.webp"></figure>

Radius Gauge R1-30mm

Tools

3D Gear Solution

Door Stopper for MAZDA MX5 NA/NB/NBFL Simple modification with great benefits from the very first use. With simple installation by replacing the original with this door stopper, you will find the car significantly stiffer, there may be a little difficulty the first few times in closing the door, all normal.

Mx5 Door Stopper

Miata 

CubicMakers|立方造物

<h2> </h2><h2>Assemble succulents|拼装多肉</h2>Try growing 3D printed plants in your office or home. Give as a gift to family and friends. Bringing a touch of spring!尝试在您的办公室与家里养殖3d打印的植物吧，作为礼物送给家人与朋友，带来一丝春日的气息！&nbsp;Contains a cute cactus and a clump plant assembled model. No ams system, no support, no glue, just splicing! Some details can be flexibly assembled and changed.包含一颗可爱的仙人掌与一颗丛生多肉的拼装模型。无需ams系统，无需支撑，无需胶水，完全依靠拼接！部分细节可以灵活的拼装改变。<figure class="image image_resized" style="width:43.95%;"><img src="https://makerworld.bblmw.com/makerworld/draft/858030/2024-04-14_cd9e9d61b51b6.jpg"></figure><figure class="image image_resized" style="width:42.92%;"><img src="https://makerworld.bblmw.com/makerworld/draft/858030/2024-04-14_e7c2c94644e27.jpg"></figure><ul><li>The flowerpot is designed with holes so that real succulents can be planted.</li><li>花盆设计了孔洞，也可以种植正真的多肉植物。</li></ul><figure class="image image_resized" style="width:44.79%;"><img src="https://makerworld.bblmw.com/makerworld/draft/858030/2024-04-14_8767b6400430b.jpg"></figure><figure class="image image_resized" style="width:45.74%;"><img src="https://makerworld.bblmw.com/makerworld/draft/858030/2024-04-14_5036e148e8f0e.jpg"></figure><ul><li>The connection between the soil and the flowerpot uses elastic buckle designs on all sides. When the 3D printed soil is not loaded, it will not affect the cultivation of real succulents. (Ignore the soil color in this photo)</li><li>土壤与花盆的连接，四面使用弹性的卡扣设计，不装入3d打印的土壤时亦不影响养真正的多肉。（忽略这张照片的土壤颜色）</li></ul><figure class="image image_resized" style="width:47.74%;"><img src="https://makerworld.bblmw.com/makerworld/draft/858030/2024-04-14_d8cd8adee7fd2.jpg"></figure>&nbsp;<ul><li>The connection between soil and plants uses buckles or threaded connections. You can assemble any plants on top. It should be noted that the threads are placed vertically for printing convenience. The strength is limited and cannot be subjected to excessive force.</li><li>土壤与植物的连接使用卡扣或者螺纹连接，理论上你可以拼装任意的植物在上面。需要注意，螺纹为了方便打印是竖着摆放的，强度有限，不能受过大的力。</li></ul><figure class="image image_resized" style="width:47%;"><img src="https://makerworld.bblmw.com/makerworld/draft/858030/2024-04-14_5b0144b12d0b6.jpg"></figure><ul><li>The cactus and the clump plant main body are fixed using the screws mentioned above.</li><li>仙人掌与丛生多肉的主体都使用上面提到的螺丝固定。</li></ul><figure class="image image_resized" style="width:46.08%;"><img src="https://makerworld.bblmw.com/makerworld/draft/858030/2024-04-14_79981de68c573.jpg"></figure><ul><li>The decorative cactus flowers are also installed using small screws. The screws and flowers are printed separately. After printing, assemble them together.</li><li>仙人掌的装饰花朵也使用小螺丝安装，螺丝与花朵是分开打印的，打印完再组装到一起。</li></ul><figure class="image image_resized" style="width:45.33%;"><img src="https://makerworld.bblmw.com/makerworld/draft/858030/2024-04-14_bc669e88281ec.jpg"></figure><ul><li>The red core at the top of the cactus is actually a screw. It is printed upside down. Flowers used to secure petitions. There are also limited holes between the flowers and the core.</li><li>仙人掌最上面的红色花芯其实是螺丝，是倒过来打印的，用来固定上方的花朵。花朵与花芯之间也有限位的孔。</li></ul><figure class="image image_resized" style="width:44.22%;"><img src="https://makerworld.bblmw.com/makerworld/draft/858030/2024-04-14_6c330affea319.jpg"></figure><ul><li>The connection between the main trunk and branches of the clump plant relies on buckles. Use the same clips for the branches and flower cores above. You can play as many sections as you want.</li><li>丛生多肉的主枝干与树枝之间的连接依靠卡扣，树枝与上面的花芯使用同样的卡扣，想拼几节都可以。</li></ul><figure class="image image_resized" style="width:47.75%;"><img src="https://makerworld.bblmw.com/makerworld/draft/858030/2024-04-14_494461f672e9a.jpg"></figure><ul><li>In order to avoid supporting the printing, a small buckle is used between the branches and leaves. Just be careful when installing here.</li><li>树枝与树叶之间为了免支撑打印，利用了一个很小的卡扣，这里安装时小心一点就好。</li></ul><figure class="image image_resized" style="width:50.07%;"><img src="https://makerworld.bblmw.com/makerworld/draft/858030/2024-04-14_20779cee0cf79.jpg"></figure><ul><li>On top of the 3D printed soil, there are fake stones directly connected by threads, and vines and flowers connected by buckles. Can be freely matched.</li><li>3d打印土壤之上有直接通过螺纹连接的假石头，与使用卡扣连接的藤曼与花朵，可以自由搭配。</li></ul><figure class="image image_resized" style="width:50.65%;"><img src="https://makerworld.bblmw.com/makerworld/draft/858030/2024-04-14_6399cd9fe5662.jpg"></figure>&nbsp;

Assemble succulents|拼装多肉

Toys

LepikPepik

A compact case for Raspberry Pi Zero 2 with hole for pins&nbsp;◉ U will need:_________________________4x ● M3 x 11mm screw4x ● M3 nut● 3D printed case_________________________&nbsp;Printer: Ender 3 V2Infill:  15%Supports: YESMaterial: PLAIroning: YESSlicer: Cura&nbsp;<img src="https://makerworld.bblmw.com/makerworld/draft/695957/2024-03-13_b88dc13cf29d8.jpg">&nbsp;Hope you like it!  Also print this:Case without the hole: ●  https://makerworld.com/en/models/249100

Compact Raspberry Pi Zero 2 Header Case 

Cullen J Webb

The STL / STEP files included are specific to the harbor freight socket sets <a href="https://www.harborfreight.com/38-in-drive-sae-color-coded-deep-socket-set-10-piece-69344.html" rel="nofollow">69344 (SAE)</a> and <a href="https://www.harborfreight.com/38-in-drive-metric-color-coded-deep-socket-set-10-piece-69346.html" rel="nofollow">69346 (metric)</a>, they may fit yours but I recommend downloading the parametric file and customizing the parameters to fit your sockets perfectly.2 of these holders fit in the <a href="https://www.printables.com/model/550946-gridfinity-adapter-plate-for-hart-stack-half-organ" rel="nofollow">Hart Stack Organizer for which I have shared a fitting base-plate</a>. These are just 5u tall so nothing but the base-plate is needed for them to be secured inside the toolbox.<h4>Gridfinity Details:</h4><ul><li>Grid size 2x6x5</li><li>No magnets / screw holes</li><li>Bins can be stacked on top</li></ul><h4>Parameters:</h4><ul><li>socket[1-10]: diameter of each socket in mm</li><li>padding: space between each socket. Could be automated but I opted to adjust manually.</li></ul><h4> </h4>

Parametric Gridfinity Deep Socket Holder

Gridfinity

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> ⭐️