Skip to content

Latest commit

 

History

History
 
 

Centerpieces

DDD Printable Wall Control Centerpieces

Centerpiece Spacers

Centerpieces mount between sidepieces to create a custom hanging solution by combining snap-fit modular components.

Centerpiece Naming

Centerpiece names start with the dimensions, roughly equivalent to inches as used on the Wall Control system. A 2x4 Centerpiece is 2in in height and fits between sidepieces that are 4in apart.


Centerpiece Models

Centerpiece models designed for specific tools and applications.

Spacers with threads for the 8mm Lock Pin which will lock the assembled hanger to the Wall Control board. Use these as vertical spacers between your sidepieces to create a solid mounting solution for nearly anything.

Same as above, but for Horizontal Wall Control panels which have a different hole pattern.

Simple, blank models with connection pins on either side in various sizes. Great choice for horizontal use as a shelf.

These spacers mount flush to both the back and front of the side pieces, which requires the use of 4 or 6 [4x10x8mm Pins](4x10x8mm Pin.stl) along the edges to connect them to a sidepiece. Another good choice for horizontal use as a shelf, I've also used these parts mounted vertically to provide a large flat surface for attaching adhesive-backed Velcro strips.

Another flush-mount design requiring 4 or 6 4x10x8mm Pins for mounting between side pieces. The clip-on spacer provides a vertical surface set a few mm away from the wall panel so that one can mount clip-on parts such as a tape measure.

U hooks useful for mounting horizontally between side pieces to hang tools.

Models with 1/2" and 1" holes along the flat surface for additional rigidity, interesting aesthetics, or to hold things with 1/2" or 1" round features.


Printing notes

In most use cases, the centerpieces are loaded with a bending moment, which is only really a problem when using the longer (4"+) models. Adding infill and perimeters can help with rigidity, but for most cases simply printing fast and cheap should work fine. PLA is a good choice for maximum rigidity.