Magic Mirror Frame “Vauban Edition” 3D Printer Model

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License: CC BY-SA
File formats: stl,pdf
Download type: zip
Size:232.3KB

The file 'Magic Mirror Frame “Vauban Edition” 3D Printer Model' is (stl,pdf) file type, size is 232.3KB.

Summary

This is the MagicMirror "Vauban Edition". It got his name because of its depth - and antique looks, when using marble filament. The advantage is, that you do not have to care about space.

Splitting the design into 6 parts, it was a little tricky to keep the design sturdy. I strengthened the mirror at those weak points, but still glued the bottom parts together due to the glasses weight. I did not glue everything together, because the backplate holders would make it impossible to put both glass and monitor into the case afterwards. So keep that in mind, when holding the superglue in your hands ;).

Dimensions

  • MagicMirror: 536mm x 330mm x 101mm
  • MagicMirror Front inner: 476mm x 270mm
  • Spy glass: 512mm x 306mm x 6mm

What you need

  • a 22 inch monitor (or larger)
  • spy glass 6mm: 512mm x 306mm
  • a microcomputer capable of running MagicMirror https://github.com/MagicMirrorOrg/MagicMirror
  • a display cable
  • a monitor power cable
  • a microcomputer power cable
  • WIFI or LAN connection
  • PLA for the MagicMirror and the backplate
  • some single- and doubled-sided tape
  • superglue
  • a power strip
  • at least 4x 4mm M6 screws for the backplate

Can you use another LCD monitor with different dimensions?

I'd say: Of course you can. I built this design for generic LCD screens - larger and smaller. I recommend to scale this design while using a slicer.

To adjust the height, I recommend to scale the length of both middle parts AND the backplate's middle parts.

To adjust the width, you need to scale the 4 corner parts of the design, plus the 4 corner parts of the backplate.

If you want to use the connectors, print the scaled model of the MagicMirror first, and afterwards measure the space, where the connector will be put later. Then just scale the connector to the new length.

It should be pretty easy to do this. The only downside is, that the screwholes for the backplate could get a little oval.

If you decide, not to put the power strip into the frame, you could reduce the depth of the design heavily.

What I used

Optional

Which design parts do you need?

  • the 6 mm-vauban-top|middle|bottom-* parts for the MagicMirror
  • the 3 mm-vauban-connector-* parts to make the design sturdier and to connect to the 6 MagicMirror parts (optional)
  • the 6 mm-plate-* parts for the backplate
  • mm-vauban-corner-support to support the spyglass at the corners. I did not put those into the design itself, so you can choose if you need the connectors at all, or just glue everything together.
mm-monitorboardplate.stl 125.1KB
mm-plate-b-l.stl 77.4KB
mm-plate-b-r.stl 78.4KB
mm-plate-m-l.stl 55.2KB
mm-plate-m-r.stl 54.2KB
mm-plate-t-l.stl 79.2KB
mm-plate-t-r.stl 78.2KB
mm-vauban-bottom-left.stl 85.5KB
mm-vauban-bottom-right.stl 85.5KB
mm-vauban-connector-front.stl 2.4KB
mm-vauban-connector-inner-with-support.stl 2.0KB
mm-vauban-connector-inner.stl 1.4KB
mm-vauban-connector-top.stl 1.8KB
mm-vauban-corner-support.stl 1.4KB
mm-vauban-middle-left.stl 53.0KB
mm-vauban-middle-right.stl 53.0KB
mm-vauban-top-left.stl 78.9KB
mm-vauban-top-right.stl 78.9KB
model.pdf 70.8KB