Jonathan K

13 mm Small Thread, Small Flat Head, Shank Folded-Bolt

by
Multiboard
Follow
Follow
Remix Model
Multiboard
Multiboard
|
Image 2 of 3
13 mm Small Thread, Small Flat Head, Shank Folded-Bolt 3d model
Multiboard
Multiboard
|
Image 2 of 3
13 mm Small Thread, Small Flat Head, Shank Folded-Bolt 3d model
2D
3D
Makes
13 mm Small Thread, Small Flat Head, Shank Folded-Bolt 3d model
13 mm Small Thread, Small Flat Head, Shank Folded-Bolt 3d model
13 mm Small Thread, Small Flat Head, Shank Folded-Bolt 3d model
This model is restricted by licensing terms. 

“Folded Bolts” are the strongest type of 3D printed bolt because of their print orientation, and they have better grip strength than a T-Bolt.

This bolt has a “small thread” that can screw into the Multiboard pegboard holes, or into any part that has a small thread hole.

The 13mm thread length enables you to securely join two Multiboard tiles together without the bolt protruding through the other side.

It has a “flat” head to facilitate clearance in case the bolt head is in the way (like a corner in a shelf bracket).

The bolt also has a 6.5mm shank, allowing you to connect two Multiboard tiles together and form a press connection between them, without the bolt causing any unintended rotation.

Learn more about this part at https://multiboard.io/knowledge-hub

Printing Guidelines:

The printing orientation is as provided in the file. The print has been designed to be “3 wall perimeters” in wall thickness. Printed at a layout height of 0.2 mm. It doesn't need printing supports. Use the default 15% infill. This part has been designed with a tolerance of 0.25 mm. Your printer will need to be able to bridge gaps of up to 30 mm for some designs.

This object is part of Multiboard, a FREE "all in one" organization system with 900+ parts, that combines pegboard holes, honeycomb snaps, Gridfinity like bins, threads, brakes, and much more.

Explore and build the coolest, most adaptable workshop at https://multiboard.io


4 Likes243 DownloadsMay 24, 2024



4 Likes243 DownloadsMay 24, 2024
This model is restricted by licensing terms.