I am building an adjustable height welding table for my shop and will be using linear actuators to move the top up and down and to engage/disengage the wheels that allow the table to move. I obtained a 12 volt power supply to run the actuators and needed an enclosure to protect it from shop dust and also to provide a mounting capability.

In addition to the print materials, you will need eight 3 mm nuts, inserted in the slots in the columns. The columns were designed to negate the need for supports when printed with the base on the print bed. You will probably need to clean out the slots with a pick to get any stringing out. You will also need eight 3 mm x 8 mm screws for the top and eight 3 mm x 12 mm screws to attach the power supply to the bottom. Required lengths may depend on your specific power supply. The hole patterns worked for the power supply shown in the images; I'm assuming this is a standard bolt pattern.

The mounting tab holes are sized for 1/4" bolts

The cable holes are sized for standard 110 volt power cable; the output power hole should accommodate any required wires for your project. I used zip-ties to anchor the wires both inside and outside the enclosure.

Vent holes are provided for convective cooling. My application will have low duty cycle, if your application has a high duty cycle, you might want to consider mounting a fan to one of the vent regions.

Airwolf Axiom Direct Drive Duo

No

No

0.3

25%

Infill is up to you, I picked 25% to provide some strength. You will need a printer with a large print bed as this is a big build. Filament brand and color are purely your choice; the system required me to enter something