drdrfoerster

waywood.ben

This is the work of <a target="_blank" href="https://www.printables.com/@TeachingTech" rel="nofollow noopener">https://www.printables.com/@TeachingTech</a>&nbsp;Description:&nbsp;A 3D printed fractal vise inspired by the original seen on a Hand Tool Rescue video: <a target="_blank" href="https://www.youtube.com/watch?v=QBeOgGt_oWU" rel="nofollow noopener">https://www.youtube.com/watch?v=QBeOgGt_oWU</a>I wanted to make my own version that was:<ul><li>Functional</li><li>Fully constrained</li><li>Printed without support material</li><li>Used minimal filament</li><li>Open source</li></ul>It works! <a target="_blank" href="https://youtu.be/99Qh1oR2A6A" rel="nofollow noopener">https://youtu.be/99Qh1oR2A6A</a>See all the details and how to assemble in this video: <a target="_blank" href="https://youtu.be/eCfw9fd0mHg" rel="nofollow noopener">https://youtu.be/eCfw9fd0mHg</a>Source CAD: <a target="_blank" href="https://cad.onshape.com/documents/5509608f682224235855a810/w/6c2a90d7701f2b3540e103d9/e/a6666422824314d6fd1547db" rel="nofollow noopener">https://cad.onshape.com/documents/5509608f682224235855a810/w/6c2a90d7701f2b3540e103d9/e/a6666422824314d6fd1547db</a>John Toebes has created an assembly of the vise with proper constraints and that means you can virtually animate it: <a target="_blank" href="https://cad.onshape.com/documents/a04375fc5dd6de20b79fc182/w/2a6a78f95915396eb3ffce36/e/630372eae2ff8acb648f5026" rel="nofollow noopener">https://cad.onshape.com/documents/a04375fc5dd6de20b79fc182/w/2a6a78f95915396eb3ffce36/e/630372eae2ff8acb648f5026</a>&nbsp;Notes:&nbsp;All parts corrected orientated for printing without support. 0.12 mm layer height or similar layer for any parts that have a dovetail joint.0.2 mm layer height for the remaining parts.TPU for the feet, PLA or whatever you like for the rest.It is vital that the bottom of the parts are flat and without any elephant's foot.I recommend printing test parts such as B2 and C1 to make sure of fitment for printing the rest.Printing BOM:D half: 32 in total (2 per finger, 16 sets)C1 and C2: 8 of eachB1 and B2: 4 of eachA1 and A2: 2 of eachholder: 2collar: 2end body and cap: 2 of eachmiddle body and cap: 1 of eachfoot: 2handle and handle clamp: 1 of eachspacerA and spacer B: 2 of each<h3>Post-Printing</h3>Required hardware8mm lead screw and nut x 1 + 8mm round rod x 2. Leadscrew should be at least 50 mm longer than rods. I used 315 and 365 mm.LM8UU bearings x 4 (8 mm ID, 15 mm OD, 24 mm length)608 bearings x 4 (8 mm ID, 22 mm OD, 7 mm thick)D halves: 1 M3 nut + 1 M3x12 mm bolt (each, 16 sets in total)C1 to C2: 1 M3 nut + 1 M3 x 10 mm bolt, two short lengths of 1.75 mm filament (each, 8 sets in total)B1 to B2: 1 M3 nut + 1 M3 x 20 mm bolt, two short lengths of 1.75 mm filament (each, 4 sets in total)D1 to D2: 2 M3 nuts + 2 M3 x 35 mm bolts (each, 2 sets in total)holder to spacerA/B: 8 M3 nuts + 8 M3 x 20 mm bolts (total)spacerA/B to end/middle body: 8 M3 nuts + 8 M3 x 20 mm bolts (total)end body to end cap: 32 M3 nuts + 32 M3 x 20 mm bolts (total)Middle body to middle cap: 16 M3 nuts + 16 M3 x 20 mm bolts (total)Collars: 2 M3 nuts + 2 M3 x 14 mm bolts (12mm works but is is very tight and 16mm works will protrude) (total)Handle clamp to leadscrew: 2 M3 nuts + 2 M3 x 14 mm bolts (12mm works but is is very tight and 16mm works will protrude)Handle clamp to handle: 1 M3 lock nut + 1 M3 x 20 mm bolt (longer is ok but will protrude)&nbsp;&nbsp;&nbsp;Category: Hand Tools

Clamp anything! Fractal vise

Tools

Printing Pope

<h2>3D MODEL DESCRIPTION</h2>Universal Design filament spool holder Flexi Arm<h3>THE INNOVATIVE HELPER FOR EVERY 3D PRINTING ENTHUSIAST</h3>History of our creation:Inspired by the need to make 3D printing even more efficient and user-friendly, the Universal Design Filament Spool Holder Flexi Arm was born. Developed in my engineering office, where the passion for precision and functionality is paramount, this model represents the bridge between engineering precision and the desire for universal applicability.Origin of the idea:It all started with a 2.5 kilogram coil from Polymaker that simply wouldn't fit on conventional holders on our BambuLab fleet. So a simple requirement became a vision - to create a holder that is not only robust and customizable, but also combines design and functionality.Use of the object:The Flexi Arm is not just a support for filament spools of all kinds - it is a symbol of the fusion of design and functionality. It can be used for all common filament spools up to 2.5 kg in size (Polymaker, BambuLab, Extrudr, etc.) and offers a secure hold without compromising on aesthetics.**Why is this brilliant?- Universally applicable: Whether for small hobby printers or large industrial machines, the Flexi Arm delivers what it promises.- Design meets function: With its modern and sleek design, it blends into any studio or workshop.- Sustainable and durable: Made entirely from biodegradable PLA, it stands not only for innovation but also for environmental protection.Experience the next generation of 3D printing accessories with the Flexi Arm filament spool holder - the sturdy, customizable companion for your creative projects.<h2> </h2>

Tools

Printing tools