chrizzlys

Super_Laserkatz

Die Sonne brennt, deshalb wollte ich ein Sonnensegel spannen, habe aber letztes Jahr die Spannschlösser leider besonders gut weggelegt :D.Darum habe ich mich entschlossen schnell eins zu konstruieren. Mein Ziel war es ein stabiles Spannschloss herzustellen, das mich mit 80kg tragen könnte und damit sicher auch ein Sonnensegel befestigen kann. Gedruckt habe ich aus festigkeitstechnischen Gründen mit 4 Outlines, 40% Infill und ohne Support. Die Haken sind jeweils mit Rechts- und Linksgewinde und stehen in einer leichten und schweren Fassung zum Download. Die schwere Fassung konnte mein Gewicht tragen… die leichte nicht ;) (40kg schafft sie aber auf jedenfall)Für Witterungsbeständigkeit ABS oder ASA nehmen. Getestet habe ich mit PLA.Viel Spaß beim drucken!

Spannschloss für Sonnensegel, turnbuckle

Garten 

Wing-Art

Arachnophobia?&nbsp;Spider-Catcher is a must-have for anyone uncomfortable with creepy crawlies, as it effectively captures them from floors, walls, or ceilings, allowing for quick and safe release outdoors.An extension option (for unlimited size) is also available - because size does matter. ;) I recommend printing the pyramid part in transparent PETG, of course you can print it in PLA, too. Usage:Place the Spider-Catch model over the spider and slide the flap on the underside to safely capture the spider.Transport the spider to a desired location and release it there by simply rotating the rod, which opens the flap, allowing for touch-free release. Just show me your Spider Catcher, I would be very happy to see it!___&nbsp;Spinnenangst? Spider-Catcher ist ein Muss für jeden, der sich bei Krabbeltieren unwohl fühlt, da es sie effektiv von Böden, Wänden oder Decken einfängt und eine schnelle und sichere Freisetzung im Freien ermöglicht.Eine Erweiterungsoption (für unbegrenzte Größe) ist ebenfalls verfügbar - denn Größe ist wichtig. ;) Ich empfehle, den Pyramiden Teil in transparentem PETG zu drucken, aber es geht natürlich auch in PLA.&nbsp;Anwendung:Platziere den Spider-Catcher über der Spinne und schiebe die Klappe auf der Unterseite zu, um die Spinne sicher einzufangen.Transportiere die Spinne an einen gewünschten Ort und setze sie dort durch eine einfache Drehbewegung der Stange, welche die Klappe öffnet, berührungslos frei. Zeigt mir eure Spider Catcher, würde mich sehr darüber freuen!

Spider Catcher - Insect Trap Stick

johanna

LwFactory

A1 mini handle makes it easy to move your 3D printerRemove the cover at the top of the A1 mini Z-axis and replace it with this handle, and secure it with the original screws

A1 mini handle

MakerSpace 

Makerspace.Online

A 3D printable modular mosspole that can be filled with sphagnum mos. It exists of 4 pieces. 1. Mosspole with closed structure in the back (to keep moist in for longer) 2. Mosspole with open structure, for more aerea for plants to grow in 3. Groundpin 4. Top cap Additional parts can be printed to extend the length of the mosspole! Need a thicker / bigger mosspole? Check out my 60mm mosspole in the link below! <a target="_blank" href="https://makerworld.com/en/models/148232" rel="nofollow noopener">https://makerworld.com/en/models/148232</a> NOT FOR COMMERCIAL USE!!

Modular Mosspole 40MM for all your houseplants 

Pflanzen

Adam L

Spoon Me is a parametric holder for your kitchen utensils. It keeps your spoons and spatulas cozy and your countertop clean.&nbsp;Do you love cooking but hate the mess? Then you need Spoon Me, the ultimate holder for your kitchen utensils. Spoon Me is a model that you can customize with Fusion360 to fit any size and shape of spoons, spatulas, ladles, and more. It has a base with raised edges that catches any drips and a sleek design that adds style to your kitchen. Spoon Me is easy to print and use. &nbsp;Just print it in PETG or ASA for heat resistance, adjust the parameters to your liking, and enjoy a clutter-free cooking experience. Spoon Me is the perfect companion for your culinary adventures.

Spoon Me! :  Parametric Kitchen Utensils Holder

kitchen

InaniaEtVana

Whether you need a small adjustable holder for a pocket light or a new mount for your microphone, this model does it all, is adjustable (mechanical lock, not a friction lock) and clamps right onto any surface. Should be able to carry anything under a kilo or so depending on material and print settings (I have managed to load two connected light duty arms in PLA with 2.5kg, but it will flex). Want to design your own toolhead? Please do and share it! I have included a blank toolhead for you to use.&nbsp;The mount consists of the following parts:<ul><li>Table clamp</li><li>Arms<ul><li>Light duty (150mm) !only recommended for light loads!</li><li>Mid/Heavy duty (150mm)</li></ul></li><li>Tool heads<ul><li>Traditional adjustable clamp</li><li>Circular clamp</li><li>Microphone thread (5/8" 27 tpi)</li><li>Phone holder</li><li>Blank toolhead (make your own)</li></ul></li></ul>&nbsp;PRINTING AND ASSEMBLYThe model is easy to assemble and print. Just follow the instructions and recommended settings below. All .stl files are already correctly oriented.&nbsp;Clamp assemblyPrint settings:<ul><li>Outer walls: At least 4</li><li>Infill: At least 30% gyroid (100% rectilinear is recommended for arm swivel connector)</li><li>Brim recommended for main body</li><li>No supports</li></ul>To assemble the clamp first screw the large clamp screw into the large hole. <figure class="image image_resized" style="width:50%;"><img src="https://makerworld.bblmw.com/makerworld/draft/47801/2023-09-28_xums1dzz2huc.jpg"></figure>Then push the screw cap onto the screw and screw in the small locking screw. <figure class="image image_resized" style="width:50%;"><img src="https://makerworld.bblmw.com/makerworld/draft/47801/2023-09-28_976pf6bc363u.jpg"></figure>Glue the knob onto the arm connector using the hexagonal hole and protrusion.<figure class="image image_resized" style="width:50%;"><img src="https://makerworld.bblmw.com/makerworld/draft/47801/2023-09-28_93ev39lkrs6o.jpg"></figure> Place the arm connector into the clamp.<figure class="image image_resized" style="width:50%;"><img src="https://makerworld.bblmw.com/makerworld/draft/47801/2023-09-28_g89nb4e2741q.jpg"></figure>&nbsp;ArmsPrint settings:<ul><li>Outer walls: At least 4</li><li>Infill: At least 30% gyroid</li><li>Brim strongly recommended</li><li>No supports</li></ul>Glue the knobs onto the arms using the hexagonal hole and protrusion as a guide. Screw the arms connector on the clamp into the first arm part. <figure class="image image_resized" style="width:50%;"><img src="https://makerworld.bblmw.com/makerworld/draft/47801/2023-09-28_pkphl32l1u6v.jpg"></figure>Keep connecting arms until you are satisfied. Tool heads connect the same way.<figure class="image image_resized" style="width:50%;"><img src="https://makerworld.bblmw.com/makerworld/draft/47801/2023-09-28_tai5jgtz9tw7.jpg"></figure>&nbsp;Tool head: Traditional clampAssembles and prints the same as the main clamp assembly.&nbsp;Tool head: Circular clampPrint settings:<ul><li>Outer walls: 4</li><li>No supports</li></ul>No assembly required. If you want a different diameter than the .stl files, you can make your own size by using the Fusion 360 file. Go to Modify → Change user parameters to change it to the diameter of the tool you want to clamp. &nbsp;Tool head: Microphone threadPrint settings:<ul><li>No specific requirements</li></ul>No assembly required.&nbsp;Tool head: Phone holderPrint settings:<ul><li>Supports ON</li></ul>To assemble this tool you will need an elastic band and 4 rods (6mm diameter) that are roughly the size of your phone. I used some M6 threading cut to size. You can 3d print 6mm diameter cylinders, but I prefer to use metal. Glue the rods into the holes of the top part of the phone holder (the shorter part). <figure class="image image_resized" style="width:50%;"><img src="https://makerworld.bblmw.com/makerworld/draft/47801/2023-09-28_jgv6msmnb2kh.jpg"></figure>Glue the circular arm connector into the round hole of the bottom part of the phone holder. <figure class="image image_resized" style="width:50%;"><img src="https://makerworld.bblmw.com/makerworld/draft/47801/2023-09-28_wzljr7ufmje5.jpg"></figure>Connect the two parts by inserting the rods into the bottom part of the phone holder. <figure class="image image_resized" style="width:50%;"><img src="https://makerworld.bblmw.com/makerworld/draft/47801/2023-09-28_oudmiob20hfd.jpg"></figure>Put a rubber band around the hooks on the back.<figure class="image image_resized" style="width:50%;"><img src="https://makerworld.bblmw.com/makerworld/draft/47801/2023-09-28_ulzd9ql9zrlw.jpg"></figure>

Garten

johanna

MakerSpace

Pflanzen

kitchen

studio