I have several magnetic pickup tools that I like to keep handy by hanging them on the pegboard over my workbench. Until now, I hung then from a metal plate which was hanging on metal pegboard hooks, but this does not work very well as the attachment angle is not optimal.
So I designed these two 3D printed pegboard hooks to hold a short length of metal rod. The magnetic tool attaches to the rod and swings into place, staying well attached. I used bolts cut to length for the rod, since these are readily available items.
In addition to the printed hook pieces, this also requires either a ¼" or 6mm bolt cut to appropriate length (I used a bolt or machine screw for this part so that it would be a readily available part). An appropriate length of threaded rod would also work (or even un-threaded rod of approximately 6mm diameter).
Print the Left and Right hook pieces (actually two Right hand or two Left hand pieces will work equally well, but I like symmetry). Cut a length of rod to a length of approximately 25mm (1 inch), and fit either end into the hole in each hook piece. Hang the assembly on your pegboard.
Note : It is not actually necessary to cut the bolt to length - this is mostly to make it look a little neater. You can also use an extras long rod (see photos) to hole more magnetic tools on eityher side.
Print in PLA using the 3mf file provided; otherwise :
For a maximum strength solid hook, increase perimeters to 8. Be sure to print the hooks laying flat on their sides.
The OnShape 3D CAD files for this are here :
The author remixed this model.
This is based on my previous design of a universal pegboard hook, so it should work for both inch-based and metric based pegboards.
I adapted my hook design to hold a short length of metal rod.