3D printer work – trade for custom 12VDC/10A PSU (1 Viewer)

[Malleus]

Who wants to print a case for a couple of power supplies in exchange for a free, custom 3.3/5.0/12.0–VDC/10A (fixed output) lab bench power supply?

I need (1) each top/bottom/front/back [material doesn't matter] and (2) gaskets (anti–vibration) [TPU], per PSU, and I'd like enough parts for (4) PSUs, not including the (1) I'll build for you.

If you'd rather have a fixed–output 12VDC + variable output PSU (36VDC/5A), I'll supply the files for that and build it for you, instead of the (3) fixed output–design I described above. Additionally, one of the output channels can be configured to support a soldering iron, making the PSU a soldering station as well.

I'll provide the STL/STEP files, you provide the material.

LMK

 

[gasman4u]

Who wants to print a case for a couple of power supplies in exchange for a free, custom 3.3/5.0/12.0–VDC/10A (fixed output) lab bench power supply?

I need (1) each top/bottom/front/back [material doesn't matter] and (2) gaskets (anti–vibration) [TPU], per PSU, and I'd like enough parts for (4) PSUs, not including the (1) I'll build for you.

If you'd rather have a fixed–output 12VDC + variable output PSU (36VDC/5A), I'll supply the files for that and build it for you, instead of the (3) fixed output–design I described above. Additionally, one of the output channels can be configured to support a soldering iron, making the PSU a soldering station as well.

I'll provide the STL/STEP files, you provide the material.

LMK

If you could get my 3d printer to stop printing like absolute $h*t, I’d gladly do this for you. I keep getting bird nest looking prints despite my troubleshooting.

 

[Malleus]

I wish I could help. I don't have one, have never had one, and can't even offer a suggestion.

 

[Scott11cruiser]

What are the dimensions of the models you need printed?

 

[Malleus]

The front and back are about 4"x8", the top and bottom are 8"x8", but they're part of the sides, too. U–shaped in section, so an 8"x8" flat section with two turned up legs, each 8"x2". Thickness about 5/16", but that's not absolute. In fact, none of the dimensions are critical, since it's a enclosure and has to have air space inside it. There are bosses on the inside faces for press–in nuts, for assembly, so the wall doesn't have to be too thick.

Thee are mounting holes in the front for displays and other necessaries, and one in the back panel, for the power switch with louvers for ventilation, as well as windows in the sides for fans. None of the panels, except the bottom are continuous surfaces.

The TPU is a gasket so 8"x4" but only about 1/2" wide and 1/4" thick. The gasket goes between the front/back panel and the top/bottom sections, as a vibration damper.

It looks like this when assembled:

The variable output version is pretty much the same, just narrower width since it only has two displays, one for the 12VDC fixed output and one for the variable display and controller.