Loading

wishbone headphone wire manager

by TireSandals, published

wishbone headphone wire manager by TireSandals Sep 23, 2012

Description

Its a little thing that you can use to wrap your headphone wire around.

Your headphone wire slips into the tube then you can wrap the rest of the wire around the ends and clip the ear buds into the end.

Recent Comments

view all
Hi, I'm glad you cited the wishbros.com website and their project.

Also, looking at your model, I'd chamfer the edges where you finally clip in the headphones.  That is a stress concentration and the little feet will eventually break off.
I uploaded a new version with thicker walls on the ends as robots-dreams suggested. I also used ASCII STL setting when saving from SolidWorks. I read somewhere that it was better.
The reason it's "really really tiny" is metric conversion. It's exactly 25.4X too small.

More from Accessories

view more

Makes

Liked By

view all

Give a Shout Out

If you print this Thing and display it in public proudly give attribution by printing and displaying this tag. Print Thing Tag

Instructions

Drop the STL into your 3D printer program. For some reason its really really tiny. You'll need to increase the size before printing. You'll also need to change the X - axis by 90 degrees to lay it flat on the print stage.

This a blatant copy of the Wishbhone made by wishbros.com. I made the model from scratch following the dimensions and images on their website. This was my first 3D modeling project. My purpose for copying the Wishbhone was for the learning and experience of making something in 3D.

Hope you enjoy!
Hi, I'm glad you cited the wishbros.com website and their project.

Also, looking at your model, I'd chamfer the edges where you finally clip in the headphones.  That is a stress concentration and the little feet will eventually break off.
I uploaded a new version with thicker walls on the ends as robots-dreams suggested. I also used ASCII STL setting when saving from SolidWorks. I read somewhere that it was better.
The reason it's "really really tiny" is metric conversion. It's exactly 25.4X too small.
Top