tracking pixel
John J

Frame support for Tevo Tarantula

by
kisolre
Follow
Follow
Remix Model
kisolre
kisolre
|
Image 9 of 16
Frame support for Tevo Tarantula 3d model
kisolre
kisolre
|
Image 9 of 16
Frame support for Tevo Tarantula 3d model
2D
3D
Makes
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
Frame support for Tevo Tarantula 3d model
This model is restricted by licensing terms. 

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:2656796.

<h2>Description</h2> A frame support I designed for my Tarantula around the 6mm threaded rods I already had. <h2>Printed parts list</h2> 1 x Upper support 2 x Upper rod end 2 x Rod end 2 x Lower support <h2>Non printed parts list</h2> Threaded rods: 2 x M6x430mm. Can be longer but shorter will make the angles smaller and support not so rigid. Washers: 6 x Ø6; 8 x Ø5 Nuts: 8 x M6; 4 X M5 Bolts: 4 x M5x25mm <h2>Functional description</h2> I wanted to make my printer frame more rigid. So I mounted it to am MDF plate that I had and printed a bracket. But it looked wery weak after printing and I decided to make something stable. Found those threaded rods I had from before and desighed this using them as main piece for adjustment and stability. <h2>Printing tips</h2> Since those are structural parts print slower for beter filament adhesion. Should be printed in the orientations showed in the screenshot so the forces will be along the strands. Supports are needed only on those parts shown on the screenshot. <h2>Installation and adjustment</h2> 1) Install everything as shown in the photo. Dont tighten the nuts. 2) Tighten the upper nuts at lower rod ends to fix the screws\ 3) Adjust the frame to be perpendicular to the mount plate by tightening/loosening the top nuts at Upper rod ends. 4) Tighten counter nuts and transverse M5 bolts/nuts to fix everything. <h2>Others</h2> Designed in: eMachineShop Attached files: STL and EMS Material: used PLA(blue) but after some time Upper rod end delaminated so I redesigned it and reprinted in PETG(black).

0 Likes2 DownloadsMarch 8, 2023


0 Likes2 DownloadsMarch 8, 2023
This model is restricted by licensing terms.