user_1460806164

marcopolo

simple clamping jaw mechanism e.g. for soldering printed circuit boards. no screws/nuts required. not suitable for large forces. enjoy! :)

Holding Jaw Mechanism

tools

3D prints FPV

Wall drone holder to display your drones

Drone wall holder

drone

JAV-3D

<h2>English</h2>Description:Enhance your storage solutions with our "Print-in-Place" 3D-printed box with a lid. This innovative box is created directly during the printing process and requires no additional assembly. The printing is extremely straightforward and allows for coloring the box as desired. Various modifications and adaptations of this box are also in the works.Features:"Print-in-Place" Design:<ul><li>The box is generated directly during the printing process, eliminating the need for separate assembly.</li></ul>Easy Printing Process:<ul><li>The printing process is very simple and does not require complicated steps or assembly.</li></ul>Versatile Application:<ul><li>The box is suitable for various uses, from storing small items to creative design projects.</li></ul>Application:Storage:<ul><li>Use the box for storing small items, office supplies, or other objects.</li></ul>Creative Projects:<ul><li>Due to its easy adaptability, the box is suitable for creative projects, crafts, or as a base for further design variations.</li></ul>Colorful Individuality:<ul><li>Color the box as desired to match your personal preferences or the space.</li></ul>Note:<ul><li>This "Print-in-Place" 3D print offers an innovative and straightforward solution for an instantly usable box with a lid.</li></ul>Experience the ease of "Print-in-Place" 3D printing with this box, which is not only easy to create but also provides versatile application possibilities. Further creative adaptations are already in the planning stage.&nbsp;<h2>Deutsch</h2>&nbsp;Beschreibung:Optimieren Sie Ihre Aufbewahrungslösungen mit unserer "Print-in-Place" 3D-gedruckten Box mit Deckel. Diese innovative Box wird direkt im Druckprozess hergestellt und erfordert keine zusätzliche Montage. Der Druck ist äußerst einfach und ermöglicht es, die Box nach Belieben einzufärben. Weitere Variationen und Abwandlungen dieser Box sind ebenfalls geplant.Merkmale:"Print-in-Place" Design:<ul><li>Die Box wird direkt während des Druckprozesses erstellt und erfordert keine separate Montage.</li></ul>Einfacher Druckvorgang:<ul><li>Der Druckprozess ist sehr einfach und erfordert keine komplizierten Schritte oder Montage.</li></ul>Vielseitige Anwendung:<ul><li>Die Box eignet sich für verschiedene Anwendungen, von der Aufbewahrung kleiner Gegenstände bis zur kreativen Gestaltung.</li></ul>Anwendung:Aufbewahrung:<ul><li>Nutzen Sie die Box zur Aufbewahrung von Kleinigkeiten, Büromaterial oder anderen Gegenständen.</li></ul>Kreative Projekte:<ul><li>Durch die einfache Anpassbarkeit eignet sich die Box auch für kreative Projekte, Bastelarbeiten oder als Basis für weitere Designvarianten.</li></ul>Farbliche Individualität:<ul><li>Färben Sie die Box nach Belieben ein, um sie an Ihre persönlichen Vorlieben oder den Raum anzupassen.</li></ul>Hinweis:<ul><li>Dieser "Print-in-Place" 3D-Druck bietet eine innovative und einfache Lösung für eine sofort einsatzbereite Box mit Deckel.</li></ul>Erleben Sie die Leichtigkeit der "Print-in-Place" 3D-Drucktechnologie mit dieser Box, die nicht nur einfach herzustellen ist, sondern auch vielseitige Anwendungsmöglichkeiten bietet. Weitere kreative Abwandlungen sind bereits in Planung.

"Print-in-Place" 3D-Printed Box with Lid: Simple, Versatile, and Assembly-Free

Kitchen

ThreeD-Michael

My contribution to the Kit Card Design Contest: the Rubber Band Helicopter.&nbsp;Easy to print and easy to assemble.&nbsp;No additional components required except:- a robust rubber band,- a drop of oil.&nbsp;How to print:Line width 0.4 mm, layer height 0.16 mm, first layer height 0.2 mm, no supports, don't print too fast. Or just use my print profile.&nbsp;Assembly:Please follow these building instructions, you can find the corresponding pictures above.<ol><li>Break out all individual parts from the kit card and remove any remaining fasteners (pictures 1 and 2).</li><li>Put the axle into the round bearing plate and insert the rubber band (picture 3).</li><li>Insert one half of the handle into the round bearing plate (picture 4).</li><li>Add the second half of the handle, making sure that the two loops of the rubber band wrap around the arms of the second handle part (picture 5).</li><li>Pull the two loops of the handle evenly over the second handle part (picture 6).</li><li>Add a drop of oil to the contact surface between the bearing plate and the axle (picture 7).</li><li>Put the rotor on, the orientation doesn't matter (picture 8).</li></ol>Do not leave out the oil, otherwise the system will lose too much energy due to friction!&nbsp;Select a decent Rubber Band!Not every cheap rubber band will work satisfactorily. I recommend a band that is at least 1 mm thick, 3 to 5 mm wide and 45 to 75 mm in diameter. It should be well elastic and have a decent restoring force. With a good rubber band, 5 to 10 turns of the rotor should be enough to get it to rise a few meters.If you only have thin, simple rubber bands, try using 2 or 3 of them at a time.&nbsp;How to use:Place the rotor on top and turn it clockwise a few times. Then block it with your thumb until you want it to start. (See short video above).&nbsp;WARNING: CHOKING HAZARD - Small parts, not for children under 3 yrs!

Rubber Band Copter

toys

il_mondo_delle_spine

Practical hook for hanging your helmet

Motorcycle helmet hook

bike

V1 Engineering

This is a full sheet capable CNC router.Size is up to you within reason, tool you use, control board, firmware, and end use is also up to you. I am doing my best to provide an inexpensive and flexible platform for people to use for their specific needs.I do believe most can buy from the <a href="https://www.v1e.com/collections/lowrider-parts" rel="nofollow">V1 Store</a> or self source and pretty easily keep the entire build under $800 USD. Far less if you have a 3D printer, or CNC at your disposal.All the details, lists, and instructions can be found here, <a href="https://docs.v1e.com/lowrider/" rel="nofollow">https://docs.v1e.com/lowrider/</a>Looking at about 2.2kg for a full sheet build's worth or prints, any rigid filament will work, but PLA is recommended.Licensing info can be found here, <a href="https://www.v1e.com/pages/trademark-and-file-licenses" rel="nofollow">https://www.v1e.com/pages/trademark-and-file-licenses</a> .<figure class="media"></figure> Changelog-4/12/23 - ZStop Parts updated to V1. The new parts fit the endstops a bit better.9/17/22 - Minor update to YZ plate DXF's, easier assembly with access to brace screws now, Z endstop adjustment. Files changed -YZ plate DXF v1.dxf, YZ plate DXF v1 Mirrored.dxf<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/608826/2024-03-01_ufxks6b1e47g.jpg"></figure>&nbsp;&nbsp;

LowRider 3 CNC

Borgecmedia

Version 4 of my 3D printed wood lathe. This version fixes a few small things and introduces the newly designed tool rest.Video: <a href="https://youtu.be/A2ODwkK4meQ" rel="nofollow">https://youtu.be/A2ODwkK4meQ</a>How to video: <a href="https://www.youtube.com/watch?v=iUjqbcIMym0&t=4s" rel="nofollow">https://www.youtube.com/watch?v=iUjqbcIMym0&t=4s</a>Project video 1: <a href="https://www.youtube.com/watch?v=sA_-kHdlTJE" rel="nofollow">https://www.youtube.com/watch?v=sA\_-kHdlTJE</a>Project video 2: <a href="https://www.youtube.com/watch?v=28JJMNb0_EA&t=20s" rel="nofollow">https://www.youtube.com/watch?v=28JJMNb0\_EA&t=20s</a>25% infill, ironing enabled, dynamic cura settings, .4mm nozzel. Printed in PLA but ABS would be more ideal. Parts list found on build video.Category: Tools

tools

drone

Kitchen

toys

bike

CNC

Wood

protez