Universal lockable SKADIS plate with two hooks (parametrized model and pre-configured, ready to print)

Update: I'm uploading pre-configured backplates and hooks so you can mix, match and print what you need without messing with the model in Fusion :)

1. Pick one plate with the required space between the hooks. The dxx in the plate file name is that distance.
2. Pick one pair of hooks. Hooks are organized by depth (distance between the plate and the verical part of the hook). The other parameter (h) is the height of the hook – the length of the vertical part. So hook-d14xh16 has 14mm between the plate and the verticals and the verticals are 16mm tall.
3. You can print all three parts together. They should even import in the right layout and orientation. If not, print the plate with the locking mechanism up. The hooks will be strongest when printed on their sides. No supports are needed. Since all the parts are quite small, I use 30% grid infill. Default 2 perimeters seem strong enough.

This model is building on the original design by @Német István and my remix of it to fit the original Ikea SKADIS pegboard. Those two models are just components to include in your own design.

This model is an actual, usable part which you can tweak (in Fusion 360) to the size you need. It is restricted to one locking mechanism and two hooks. The dimensions of the back plate and of the hooks can be altered as follows:

Plate and hook tweaking:

Refer to the two screenshots to see what the particular user parameters control.

Printing:

1. Export all the bodies from Fusion as a 3mf file.
2. Import the 3mf file to your slicer. Do not combine into a single object (see screenshot).
3. In the slicer, place all three objects on the printing bed as shown on the last screenshot
   • the plate with the locking mechanism up
   • hooks on their sides

Freeing the locking mechanism:

1. Cut the pads in the locking mechanism with a small utility knife or a scalpel.
2. Turn the locking mechanism with pliers. Trying to free the mechanism by turning the head with a screwdriver most likely will not work.
3. Once you free it, you can easily lock and unlock it with a screwdriver but you can also operate it from behind the board.
    

Update: v4 fixes a bug concerning the hook_depth parameter (number 6).