Skip to content


Switch branches/tags

Name already in use

A tag already exists with the provided branch name. Many Git commands accept both tag and branch names, so creating this branch may cause unexpected behavior. Are you sure you want to create this branch?

Latest commit


Git stats


Failed to load latest commit information.
Latest commit message
Commit time

A Modular Synthesizer Housing

A simple modular case/housing that can be built with somewhat standard parts and lasercut panels.

This is intended to house a Mean Well RT-65B power supply.

Case Ingredients

  • TipTop Audio Z-rails 84hp
  • 2× M4 bolts (for the Z-rails)
  • 4× M3 nuts (standard)
  • 4× M3×10 bolts (pref. socket cap)
  • 3mm lasercuttable material (I used Glowforge Medium Maple Plywood)

Power Supply Ingredients

  • 1x Mean Well RT-65B power supply (Digi-Key part 1866-4311-ND)
  • 1x IEC 320-C14 panel mount power inlet (Digi-Key part Q336-ND)
  • 1x power switch (Digi-Key part CH755-ND)
  • 14 gauge solid copper wire (I grabbed some from a cut of standard 15A home wiring Romex)
  • 5× 14-16 gauge crimp spade connectors (shielded!) for crimping to the power inlet and switch
  • 2× M2.5×10 flat head bolts (black, for mounting the power inlet)
  • 2× M2.5 nuts
  • 2× M2.5 washers
  • 2× M3x6 bolts (for mounting the power supply to the housing)

Case Steps

  1. Cut out the parts
    1. load up case_cut.scad in OpenSCAD, render it, save it to SVG.
    2. Open up in Inkscape and add your own decorative etching.
    3. Cut those bad boi out!
  2. Load up case_mockup.scad to see how all the parts fit together. The little "t" tnut cutouts in the bottom panel are for trapping a nut.
  3. Wire up the power supply first, then fully assemble the case.

Power Supply Steps

  1. Attach power supply to the bottom panel with M3 screws.
  2. Attach power inlet with M2.5x10 bolts, washers, & nuts.
  3. Clip in switch.
  4. Wire Neutral (N) and Earth (E) directly from inlet to power supply (note the markings on the connector and on the screw terminals)
  5. Wire Load (L) from inlet to switch, then from switch to power supply.
  6. Once your wires are laid out, crimp on connectors. Crimp them hard! Crimping to solid core wire requires extra effort. Make sure they don't wiggle.
  7. Double, then triple-check all your wiring for this. Make sure that none of the metal for the mains voltage are exposed to the inside of the case (with the exception of the earth/ground wire). This means covering up the screw terminals with electrical tape or similar. Remember: while 120VAC wiring can be extremely dangerous, if you're careful and treat it with respect, you can build with it safely.


No description, website, or topics provided.






No releases published


No packages published