springkem

warlogh

This is small quick model needed for myself. First intension was to print a ready model, but as it happens, best one I liked a little bit didn&#39;t met my taste. The models (which was already a remix) author made it with attached Multiboard snap as it found a Push fittings too loose. Somehow I see opposite. I&#39;m a bit disappointed in Multiboards snaps as at least in my case are way too loose. Probably Tight ones are good, but haven&#39;t checked them yet. But push fittings are tight and strong. And as I have built my multiboard wall to be able to make things for Multiboard as well as for HSW I usually do, this time I made a 2 versions as well. Multiboard and HSW ones. Both are push in types and goes to both walls the same as shown in those 2 renders for HSW: <figure class="image image_resized" style="width: 50.37%"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000487930/design/2024-06-07_c76262120ba4b.png"></figure><figure class="image image_resized" style="width: 50.21%"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000487930/design/2024-06-07_d01504ca05669.png"></figure>&nbsp;The blue is insert-empty.stl from original HSW model by rostap. Same as for Multiboard, just use a Multiboard Snap (I thing Multiboard Tight Snap would be better, but can&#39;t confirm it yet). You can use a Glue if you want (but absolutely not necessary) when putting Holder and Pin together. Supports not needed at all. Should be quick and easy print. &nbsp;&nbsp;You can Buy me a coffee if You want to support me in my work here :)<a target="_blank" href="https://www.buymeacoffee.com/warlogh" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000487930/design/2024-03-16_5923e8a1a0113.jpg"></a><a target="_blank" href="https://www.buymeacoffee.com/warlogh" rel="nofollow noopener">https://www.buymeacoffee.com/warlogh</a>(And very Big Thank You For interest in my work)&nbsp;

Caliper Holder for Multiboard and (HSW)

Honeycomb storage

Axis

To print this, use Spiral Vase mode.&nbsp;Change line width from 0.4 to 0.7 (increase by +0.3mm to each width settings).I used ABS, when choosing the filament take into consideration the dryer can heat up to 70c.&nbsp;I designed this desiccant box to keep it in my <a target="_blank" href="https://www.creality.com/products/creality-space-pi-filament-dryer" rel="nofollow noopener">Creality Space Pi Filament Dryer</a>, it should slide easily and you won&#39;t ever have to touch it, for the silica I used <a target="_blank" href="https://a.co/d/ceNXdn2" rel="nofollow noopener">https://a.co/d/ceNXdn2</a>&nbsp;The texture and printing techniques inspired by <a target="_blank" href="https://www.printables.com/@NeedItMakeIt" rel="nofollow noopener">@NeedItMakeIt</a> design of the <a target="_blank" href="https://www.printables.com/model/576578-bambu-lab-ams-universal-spool-center-desiccant-hol" rel="nofollow noopener">Bambu Lab AMS Universal Spool Center Desiccant Holder</a>, which I also keep inside my dryer.

Creality Space Pi Desiccant Box

Jordy V

Printed vertically, attached using double-sided tapeDecided to make one because nobody else has.Please do not print and sell it.Updated version of: https://www.thingiverse.com/thing:6582371

Scorpion EXO R420 Chin Mount

头盔动架

晨曦3d

insta360_one_rs_with_1hot_shoe_top_mount &nbsp;

insta360_one_rs_with_1hot_shoe_top_mount

insta360

Julian Hof

Hello Everybody,this is a holder for the DJI FPV drone for the skadis wall from IKEA. You can also use it for other drones. I would like to see pictures how you use it :)

DJI FPV Skadis holder/ DJI FPV Skadis Halter / Skadis Drohnen Halter / Skadis Haken

飞机

EndK7Designs

<div><h1>Summary</h1><div>I've designed 4 Low Poly Vases for you.printed them in the original Size Z: 200mm highHave fun with this print. Don't forget to like & rate ❤️.Please share your make with me Visit my <a href="https://cults3d.com/en/users/EndK7/creations" rel="nofollow">Cults</a> Page to see more exclusive designs.This design is under copyright. Which means, upon purchase, you do NOT have the right to sell commercially If you are interested to use all of my designs commercially (digital files excluted!) or you just want to support me, visit my <a href="https://www.patreon.com/EndK7" rel="nofollow">patreon</a> Please note that you only have a commercial license with active patreon subscription</div><h1>Print Settings</h1> Notes: <div>This Model is designed to get printed with the ''Vasemode'' / ''spiralize outer conturs'' A leveled bed is required for a nice result Raft or brim if you have adhesion issues</div></div>

LOW POLY VASE SET - 4 DESIGNS

花瓶

Kocyns

Thanks for video: @marsgizmo (ytb)<h4>PRINT SETTINGS</h4><ul><li>Height: 100 mm</li><li>Recommended material is PLA and layer 0,12mm</li><li>Minimal scale 75%!</li><li>Optimized model for printing without support!</li></ul><h4>Remix: <a target="_blank" href="https://makerworld.com/en/models/173902#profileId-191118" rel="nofollow noopener">Heart for Rose Bear</a></h4><figure class="image image_resized" style="width: 40.76%"><a href="https://makerworld.com/en/models/173902#profileId-191118" target="_blank" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000152175/design/2024-02-06_bdaecc3a4c139.png"></a></figure>&nbsp;If you want permission for commercial use: <a target="_blank" href="https://www.patreon.com/kocy/" rel="nofollow noopener">patreon.com/Kocy</a>

Rose Bear

玩具

I Am Not A Robot

This is a standard Planetary Fidget spinner wqith five planets in it. It is VERY tight. After printing, it took some effort to break things apart and get things moving, but once it does, it moves very cleanly and well. My sample was printed in PLA single color. The outer ring has 100% infill to help provide some weight to it. Enjoy.

Planetary Fidget Spinner

机器

一点、

爱心装饰，可佩戴在钥匙上或作为吊坠。情人节送女友首选！

Keychains_爱心_吊坠

其他

Libro

Desk organizer with holes for usb, SD card, micro SD card.

Desk Organizer, USB + SD, MicroSD

文具

Windrose

This is a customizable, parametric, securely latching case that prints in place with no assembly required.&nbsp;I made this just as a personal project as I&#39;m learning Fusion 360. I wanted to challenge myself to design a parametric box that would securely latch and print in place with zero assembly, this is the result.&nbsp;Note: Before printing you may want to test your printer&#39;s tolerance for print in place hinges. To do that, you can use my <a target="_blank" href="https://makerworld.com/en/models/388977#profileId-289900" rel="nofollow noopener">Print in Place Tolerance Test</a> model. By default, the latching boxes have 0.3mm of tolerance between separate parts. You can adjust the spacing by customizing the parameters in the Fusion file. See the description of the Tolerance parameter in the Available Parameters section for more information.&nbsp;Colors in example photo:<ul><li>Prusament PETG: Prusa Orange</li><li>Overture PLA: Green, Space Grey, Orange, Blue Grey, Purple, Jeans Red</li></ul>&nbsp;Note: These should be printed as a single object consisting of multiple parts. The file should be printed fully open with the latch vertically on the build plate, like so: <img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000219958/design/2024-03-08_6acff00ff640d.png"><h3>Customizing:</h3>I am definitely still a Fusion beginner, so expect some rough spots. I&#39;ve tried to add some basic parameter limits to reduce errors, but there are a few places that can trip you up:<ul><li>The LatchCutoutAngle can be tricky. Depending on your filament type, layer height, and latch size, you might run into some issues with the latch here. Try a few small test prints to dial this in before printing anything large.</li><li>The CaseExteriorHeight must be tall enough so that the flat surface is large enough for the latch and hinges. You can adjust latch diameter to compensate for smaller boxes. I would keep latch diameter above 5mm.</li><li>The CaseExteriorWidth must be large enough so that the flat surface is wide enough for the latch and hinges. You can adjust latch width and latch frame thickness to compensate for smaller boxes.</li></ul>In general, you should always double check the geometry in fusion and then again after slicing to make sure everything looks sane.&nbsp;<h4>Available Parameters</h4>CaseCornerRadiusControls the radius of the case&#39;s corners, set to 0 for the smallest supported radiusCaseEdgeChamferControls the size of the chamfer on the bottom and top of the case. This is enforced to be smaller than the corner radius to preserve geometry.CaseExteriorHeightExterior height of each half the case. Overall height when closed is 2x this number. You may need to adjust your other parameters for very small heightsCaseExteriorLengthThe exterior length (Y-axis) of the main case.CaseExteriorWidthThe exterior width (X-axis) of the main caseCaseOverlapControls the &#34;lip&#34; on the bottom half of the case. Make sure your other parameters allow enough clearance for the overlap.CaseThicknessThe wall thickness, 2mm is about the minimum for small cases. You&#39;ll want to go higher for larger/sturdier projects.HingeDiameterControls the diameter of the hinge&#39;s ball/socket. 5mm is a pretty safe minimum depending on your printer&#39;s tuning.HingeThicknessControls the thickness of each hinge, enforced to be thick enough to account for HingeDiameter.LatchCutoutAngleControls the tightness of the clasp mechanism. This one can be tricky based on your material and print settings. Lower numbers will be tighter and higher will be looser. Adjust as necessary.LatchDiameterControls the diameter of the latch&#39;s ball/socket. About 6mm is usually okay, down to 5mm is possible but will be weaker. Large diameters will be stronger but more bulky.LatchFrameOverhangControls the overhang of the latch mechanism. 45deg is a safe overhang for most printers. Can go shallower to allow shorter case heights if your printer is well-tuned or if you don&#39;t mind using supports.LatchFrameThicknessControls the thickness of each side of the latch frame.LatchWidthControls the width of the latch itself, account for LatchFrameThickness and tolerance to determine total width of the overall latching mechanism.ToleranceControls spacing between various separate objects. 0.3mm works well on my printer, but this should be adjusted based on your printer&#39;s tuning.<h4>Instructions</h4><ol><li>Download and install Fusion 360 - it&#39;s free for personal use.</li><li>Open the latching_box.f3d file</li><li>Open the “Modify” menu and select “Change Parameters”</li><li>From the menu, review the parameters and the comments explaining each</li><li>Modify the parameters to suit your needs</li><li>Review the model in Fusion 360 to ensure there are no issues or warnings</li><li>Right click the root component in the browser and select “Save as Mesh”</li><li>Save as your preferred format</li><li>Slice, inspect, and print!</li></ol>Note: If you have any issues please feel free to reach out, I&#39;m happy to help debug. This is my first Fusion project of any decent size so I expect some rough edges.

Honeycomb storage

K1

头盔动架

insta360

飞机

花瓶

玩具

机器

其他

文具

盒子