Functional 3D Printing

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Plastic Buckle design with the FDM 3d printing method in mind: 1. No support needed 2. Prints in only 30 minutes. This is version 5 of a plastic replacement buckle that I designed with the FDM 3d printing process in mind: No support is needed Prints in only 30 minutes Optimized print orientation for strength Designed to counter possible elephants's foot The outside dimensions of the model can be seen in the picture below The holes are 6mm x 11mm

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Collapsible housings for the xt60, as well as a housing for the PD trigger integrated with the xt60.

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Protects your drink from insects and dirt. Please note, this item is not watertight. Keep your drink upright! Schützt Ihr Getränk vor Insekten und Schmutz. Bitte beachten Sie, dass dieser Artikel nicht wasserdicht ist. Halten Sie Ihr Getränk aufrecht Nozzle: 0.4 mm Thickness: 0.2 mm Wall Line Count: 3 Infill: 5-10 % Infill Pattern: Lines Support: No

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Just some various funnel shapes - used mostly for water transfer. Designed in SolidWorks.

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Button extension - Buttonhole Pants, or an item of clothing that you have been wanting to wear for a long time? But still a few centimeters to lose... Don't wait and use this buttonhole extender by changing the lengths throughout your size loss. Choose between the 3 extension lengths provided: 25mm, 30mm or 40mm. Print the part with the button up, and enable the supports. Lightly heat the rounded end to give the desired flexibility to fit it around the button in place. Place it quickly, hold it tight for a few moments, and it's ready! To remove it, use light force while twisting the piece. It is flexible enough to be taken out without having to reheat it... be careful with the clothing otherwise... Obviously reusable. Printing in PETG, PLA, ABS depending on the colors to match the clothes. Need another size or logo on the offset button? ... contact me. -o-o-o-o-o- Extension de bouton Un pantalon, un vêtement que vous voudriez remettre depuis longtemps ? Mais encore quelques petits centimètres à perdre... N'attendez pas et utilisez cet extenseur de boutonnière en changeant les longueurs tout au long de votre perte de taille. Choisissez entre les 3 longueurs d'extensions fournies : 25mm, 30mm ou 40mm. Imprimez la pièce en plaçant le bouton vers le haut, et activez les supports. Chauffez légèrement l'extrémité arrondie pour donner la souplesse voulue permettant de l'insérer autour du bouton en place. Placez le rapidement, maintenez le resserré quelques instants, et c'est prêt ! Pour l'enlever, forcez légèrement tout en tordant la pièce. Elle est assez souple pour être sortie sans devoir la réchauffer... attention au vêtement sinon... Evidemment réutilisable. Impression en PETG, PLA, ABS selon les couleurs à assortir aux vêtements. Besoin d'une autre dimension ou d'un logo sur le bouton décalé ? ... contactez moi.

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Plastic Buckle design with the FDM 3d printing method in mind: 1. No support needed 2. Prints in only 30 minutes. This is version 5 of a plastic replacement buckle that I designed with the FDM 3d printing process in mind: No support is needed Prints in only 30 minutes Optimized print orientation for strength Designed to counter possible elephants's foot The outside dimensions of the model can be seen in the picture below The holes are 6mm x 11mm

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Closet Hook Extension by Sp0nge (www.thingiverse.com)
submitted 3 weeks ago* (last edited 3 weeks ago) by [email protected] to c/[email protected]
 
 

Closet Hook Extension Closet Hook The hook has a 10mm hole. It comes in three thicknesses. You can simply attach the hook to the hanger and hang it. If you have other ideas, feel free to change it, I Uploaded the Fusion 360 file. As an Amazon Associate, I earn from qualifying purchases.

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No credit for design! All credit goes to the creator in the link below!https://www.printables.com/model/815732-build-plate-cleaner-microfiber-holder/files Works great with EDC Bed Scraper UPGRADED and the Miniscraper! I also added a compressed knob file here:https://www.thingiverse.com/thing:6590805 The Compressed knob file will work for people who's printers say that the original knob file is "Too Large".

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ENGLISH This simple clamp can be used to keep two boards at a right angle while the assembly is curing. I posted an all-in-one STL including the four parts and a 0.2mm height adhesion brim. And of course all parts as individual STL's. No supports are required. I suggest a filling of 20% to 50%. Additional hardware required : M8 nut M8 x 80 (or longer) scew/bolt FRENCH Un serre-joint d'angle simple pour assembler deux pièces en attendant que la jointure soit permanente. Un STL regroupe les quatre pièces avec une couche d'adhérence de 0,2 mm. Et bien-sûr il y les STL des quatre pièces individuelles. Aucun support n'est requis. Je conseille un remplissage entre 20 et 50%. Quincaillerie nécessaire : Ecrou M8 Boulon/vis M8 x 80 (ou plus long)

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We designed these desk shelf legs generatively in Fusion 360 and produced them with SLS using the Sintratec S3 printer and robust PA12 nylon material. After printing and cleaning, we simply screwed the legs onto a wooden board and voilà: DIY Tabletop. Watch the video here: https://youtu.be/xUD6CZn9Ofc We printed version 2, but their dimensions are identical, just slightly different shapes. Both are generatively made to save material and reduce weight while still being sturdy enough for the monitors. For FDM printing, you will probably need to add support structures.

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This is an angle iron end-cap for metal shelving. Fits angle iron that is .062 in (1.57mm) thick and 1.25 in (31.75mm) long on each leg. Designed to fit tight so it won't fall off.

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Self-draining soap holder for bathroom or kitchen.

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Clamp to mount power strips/boards under desks non-destructively (instead of using a mount that screws into the desk). Helps to organise computer cables, particularly for standing desks. Adjustable width to fit a variety of power strip sizes. Features: Fits desks up to:


Regular size: 25 mm/1 inch thick


Large size: 50 mm/2 inches thick Fits power strips 60 - 90 mm wide and 35 mm thick Mounts power strips in vertical orientation to reduce interference with desk frames (e.g. standing desks) Parts: Clamp, screw (large) and pad - main body that clamps to the desk Arm - adjustable lower portion of the power strip mounting area. Raise/lower to fit different power strip widths Screw and nut - fixes the arm in place. Nut fits into the hex nut groove of the arm Instructions: Pick the clamp size that fits your desk thickness Print two sets (1 of each part) to mount at both ends of your power strip. All parts are shared between the different clamp sizes Insert the nut into the groove in the arm Place the arm against the bottom of the clamp and pass the smaller screw through to the nut Pass the larger screw through the clamp Place the pad onto the ball joint of the larger screw. It should snap into place with some pressure Place the clamp onto the desk and tighten the larger screw until the clamp is snugly - against the desk. Be careful of overtightening as you may damage your desk surface Loosen the smaller screw and slide your power strip onto the arm. Push the arm up until the power strip fits snugly and tighten the smaller screw again Print settings: Print as orientated Layer height: 0.16 mm for smoother threads Walls: 2 is sufficient Infill: 15% adaptive cubic is sufficient Supports: not necessary, but may be needed for the hole in the clamp's powerboard mount area depending on your printer's bridging abilities (see picture). Easiest to use support blockers under the C clamp threads and let your slicer auto-generate supports for this hole Notes: I designed the mount to fit the variety of power strip sizes I had. If you have larger power strips (e.g. double row of sockets), feel free to let me know the width and depth so I can adjust the design to fit your use case Updates: Hex nut changed to square nut for easier tightening (reduced rotation) of the arm Hook added to top part of clamp to stop smaller power strips falling forwards and out Large version of clamp added for thicker desks - fits up to 50 mm/2 inch thickness

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cross-posted from: https://lemm.ee/post/27376719

I redesigned a dog poop bag holder and printed it out. The original model was good, but I don't like flat over hangs. https://www.printables.com/model/812982-dog-poop-bag-roll-dispenser #3Dprinting

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T-nuts for 2020 Alu profiles with I-type groove (5mm wide) Hole needs to be threaded

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Food bag hanger to help you organize your kitchen and take advantage of the top space from your shelves. No supports needed.

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Cabinet Door Organizer, Organized storage for pan lids Dolap içi Kapak Düzenleyici (tr)