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Rubiks Cube SD Card Holder

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Creation quality: 5.0/5 (1 vote)
Evaluation of members on the printability, utility, level of detail, etc.

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  • 9 likes
  • 1 download

License
3D design format
3MF, STEP, and STL Folder details Close
  • Rubiks Cube_SD-Card_Holder v16.3mf
  • Rubiks Cube_SD-Card_Holder v16.step
  • Rubiks Cube_SD-Card_Holder v16.stl

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Publication date 2023-06-18 at 15:47
Design number 1278172

3D printer file info

3D model description

Descriptions in English and German.

German:

This Rubik's Cube not only looks good, but also serves as a convenient storage for up to 16 Micro SD cards and 6 Normal SD cards.

The cube consists of several parts which can also be moved, similar to a normal Rubik's Cube.

The top segment of the cube can be unlocked with a 90Β° clockwise rotation (to the right) and pulled off while still on top.

This will expose the micro SD card compartment.

The middle section is fixed and contains the 16 Micro SD cards, which are lifted one by one via a mechanism, when the lower cube ergent is turned.

This makes it convenient to remove the micro SD cards.

The bottom cube segment can only be rotated counterclockwise (to the left). The rotation will lift the Micro SD cards one by one.

Attention Only rotate counterclockwise (to the left). When turning in the other direction, you will otherwise press the mechanism against the SD cards and it will jam.

Also, the bottom cube segment is in two parts.

The lid can be removed to access the compartment for the 6 Normal SD cards.

The lid from the bottom segment is held in place by magnets.

For mounting, 4 magnets are needed. Disc magnets with a diameter of 5mm and a thickness of 1.5mm.

These are glued into the recesses provided.

To connect the ejector mechanism to the hook, you will need a M3 x 8mm screw.

The cube is a 3x3 with an edge length of 57mm.

The individual fields are slightly offset to the rear and make painting or pasting easier (See sample in the sample images).

English:

This magic cube not only looks good, but also serves as a practical storage for up to 16 Micro SD cards and 6 normal SD cards.

The cube consists of several parts, which can also be moved, similar to a normal Rubik's cube.

The upper cube segment can be unlocked with a 90Β° clockwise rotation (to the right) and pulled off at the top.

This exposes the compartment for the micro SD cards.

The middle section is fixed and contains the 16 Micro SD cards, which are lifted one after the other via a mechanism when the lower cube ergent is turned.

This makes it easy to remove the Micro SD cards.

The lower cube segment can only be turned counterclockwise (to the left). By turning it, the Micro SD cards are lifted one after the other.

Attention only turn counterclockwise (to the left). If you turn it the other way, you will press the mechanism against the SD cards and it will block.

In addition, the lower cube segment is in two parts.

The lid can be removed to reach the compartment for the 6 normal SD cards.

The lid of the lower segment is held by magnets.

For mounting 4 magnets are needed. Disc magnets with a diameter of 5mm and a thickness of 1.5mm.

These are glued into the recesses provided for this purpose.

To connect the ejector mechanism with the hook you need a screw M3 x 8mm.

The cube is a 3x3 with an edge length of 57mm.

The individual fields are slightly offset to the rear and make painting or pasting easier (See sample in the sample pictures).

3D printing settings

German:

Printer: FLSUN Q5

Filament: PLA / Extruder GreenTEC Pro

Printing time: I printed the cube in one line parts.

Bottom segment shell: 1 hour 15 minutes

Bottom segment core: 1 hour 0 minutes

Middle segment: 1 hour 37 miuntes

Lid segment: 1 hour 20 minutes

Bottom segment hook: 5 minutes

Total time for All Parts: 5 hours 17 minutes

Slicer program: Cura

Nozzle diameter: 0.4 mm

Layer thickness: 0.2 mm

Number of conversion lines: 3

Filling: 20%

Pressure temperature: 220Β°C

Pressure plate: 60Β°C

Speed: 60 mm/s

Speed outer wall: 50 mm/s

Speed support tower: 80 mm/s

Speed movement: 140 mm/s

Supports: Tree / Everywhere / From 80Β° overhang

Cooling: 100%

English:

Printer: FLSUN Q5

Filament: PLA / Extruder GreenTEC Pro

Printing time: I printed the cube in single line parts.

Bottom segment shell: 1 hour 15 miuntes

Bottom segment core: 1 hour 0 miuntes

Middle segment: 1 hour 37 miuntes

Top segment: 1 hour 20 miuntes

Bottem segment hook: 5 minutes

Total time for all parts: 5 hour 17 miuntes

Slicer program: Cura

Nozzle diameter: 0.4 mm

Layer thickness: 0.2 mm

Number of wall lines: 3

Filling: 20

Printing temperature: 220Β°C

Pressure plate: 60Β°C

Speed: 60 mm/s

Speed outer wall: 50 mm/s

Speed support pressure: 80 mm/s

Speed movement: 140 mm/s

Supports: Tree / Everywhere / From 80Β° overhang.

Cooling: 100%

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